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1. 1 1 22 2 U26B 4K7R3 850 ETH1 PDNPHY s 1 us KSB Rxpv lt ErTH1 RXDV ETH1 RXDV UR CLK GPIO29 U20 UR Cik ADDR22 H L I ETH1 RXER 40 Y19 GPIO Enable ICE Enable S icm UR0 485EN1 ma 1 ETH1 CRS Al 10 ETH1 CRS ETH1 CRS URO 485EN2 M8 PDNPHY H I ETH1 COL B2 URO 232 Farady ICE Multi ICE URO TXD D232 TXD 9 UARTO geno B ETH1_RXCLK H wiz E EBI ADDR23 H I 10 RXCLK RXCLK PLL Disable PLL Enable ETH1 RXDO B4 118 10 ETH1 RXDO ETH1 RXDO DTR H8 1 ETERNI ETH1 RXD1 URO_DSR HME 1 x RXD2 B5 8 x 10 ETH1_RXD2 ETHIRADS ETH1 RXD2 Y16 Pope cec cupere 10 ETH1 RXD3 ST RXD3 RI GPIO30 6 amp GPRSON OFF 16 WS U MDIO A2 R1 UR1 485ENO TP8 T POINT R Tij ETH1 MDIC URI 485ENO 485EN1 TP4 T POINTR 10 aie D1 Uni 4asEN URT ISSENZ ab PONE A21 sig ETH1 TXCLK D6 ASSENS f Tiig UR1_232EN B 21 Oh 10 ETH1 TXCLK End TEM ETH1 TXCLK 232 UR1_232EN 8 8 A24
2. UR4_485_DA0 C4 RR A2 485 DB0 C4 6 R0603 1200 10KR3 SN75HVD07DR my 032 5V isokm3 R184 um 1 E 4 UR4 485EN2 lt lt REN D 485 DAO 4 UR4 485EN1 TEN p 6 sU 405 DBO RS422 Receiver Data 4 5 RS485 Sent Data T GND li 45V UR4_TXD 150KR3 R186 eg 45V 4 485ENO RS422 Send Data SN75HVDO5 40 SN75HVDO6 1 SN75HVDO7 m 45V Q 5V SN65HVD07 40 85 SN75HVD07 0 70 bypass near to SN75HVD07DR R180 URS_485_DA0 5 2URS 485 080 5 R0603 120Q OPT 10KR3 R85 SN75HVDO7DR EIV Oey 036 5V isokma3 R179 um 1 veo LA fo M URS_485EN2 2 REN p L 4 URS 485 DADO _ M URS 4 6 34 ten 0 6 e epo RS422 Receiver Data 4 T GND 5 45V URS TXD 150KR3 R181 4T GND O 45V M 085 485 lt lt 3 TEN p 6 URS 422 z UR5_422_TDA0 RS422 Send Data I REN B Lla HSOKR3 R182 U37 SN75HVD07DR 5V 1160004853200 SO8P Signaling Rate d SN75HVDO05 40 Mpbs 2 SN75HVDO06 10 Mpbs SN65HVD07 40 85 SN75HVDO7 1 Mpbs SN75HVD07 0 70C 2 3
3. 13 49 II Section 15 203 Antenna requirement The EUT can be equipped with detachable antenna The external antenna is affixed to the EUT using a unique connector which allows for replacement of a broken antenna but does not use a standard antenna jack or electrical connector The antenna requirement stated in Section15 203 1s inapplicable to this EUT The custom antenna specification of list as below Manufacturer SmartAnt Telecom Co Ltd Part No SAA05 220420 Connector RPSMA Plug Antenna Gain 2 04 MAX Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 14 49 III Section 15 207 Power Line Conducted Emissions for AC Powered Units 31 Test Condition amp Setup The power line conducted emission measurements were performed in an anechoic chamber The EUT was assembled on a wooden table which is 80 centimeters high was placed 40 centimeters from the backwall and at least 1 meter from the sidewall Power was fed to the EUT from the public utility power grid through a line filter and Line Impedance Stabilization Networks LISNs The LISN housing measuring instrumentation case ground plane etc were electrically bonded together at the same RF potential The Spectrum
4. M IEEE 802 11g Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 WM RENS I a AMA AU AMT LADO D Test Report Power Spectral Density of Channel 11 IEEE 802 11b AA RE D Ue E n 1 I Hy i I IEEE 802 11g Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 EXHIBIT D Test Set up Photos Test Setup Photos 1 2 Conducted Test Setup Placement Side View of the Test Configuration Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Setup Photos 2 2 Radiated Test Setup Placement Rear View of the Test Configuration Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 EXHIBIT E User Manual ThinkCore W311 321 341 Hardware User s Manual First Edition December 2006 www moxa com product Moxa Systems Co Ltd Q Tel 886 2
5. 30 49 Test mode IEEE 802 11b CH01 for IGHz to 25GHz Horizontal Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dBuV m dBuV m dB 3162 50 1 00 231 35 50 11 21 46 71 73 96 53 96 7 25 12061 04 1 00 293 37 44 9 81 47 25 73 96 53 96 6 71 19296 25 1 00 1 46 64 1 60 48 24 73 96 53 96 5 72 21708 12 1 00 99 45 69 2 87 48 56 73 96 53 96 5 40 24120 00 1 00 262 45 73 3 40 49 13 73 96 53 96 4 83 Test mode IEEE 802 11b CH01 for IGHz to 25GHz Vertical Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dB uV m dB uV m dB 2291 67 1 00 39 39 00 8 91 47 91 73 96 53 96 6 05 12061 04 1 00 287 38 10 9 81 47 91 73 96 53 96 6 05 19296 25 1 00 18 47 07 1 60 48 67 73 96 53 96 5 29 21708 12 1 00 121 45 66 2 87 48 53 73 96 53 96 5 43 24120 00 1 00 268 45 64 3 40 49 04 73 96 53 96 4 92 Note 1 Margin Corrected Limit 2 The EUT utilizes a permanently attached antenna In addition the spurious RF radiated emissions levels do comply with the 20dBc limit both at its bandedges and other spurious emissions 3
6. TPS3823 33 3 3V i SOT23 5 l 3 4K7R3 OPTR159 R158 R163 4K7R3 po 8369 DR3 OPT R6 169 0 1U OPT S 1 I M K a CN2 H W amp S W Reset u4 Abel 06 10 11 HCPL 817 4 al a ud 2 o D OUT lt lt MMBT3904 NO 4 4 1105239040100 Z 8 2 T lt 2 3V ATX201 SOT23 BCE z Terminal 90DEG 06 10 21 c s MOXA _ Moxa Systems Co Ltd 2 Trace NO NC COM Power 1 Design Name Schematic Function Name J wad W341 BUZ_DBug_SD Trace S1 SWITCH i 2 5 1SW RELOAD sw RELOAD 5 PCB Part No I SW TACT 90 1199003410100 W341 LX l M Department Auther Version Digital g L SW RESET BUTTON Eu lx l EP p UPRIGHT Date Wednesday December 27 20065 9 Ethernet Port 1 0 z 2 l l l 5 10 R21 3 3V Pil l 10KR3 OPT R116 40KR3 OPT R118 1 P1_RXER_FXEN P1 CRS R121 R125 ie I 10R3 10R3 Receive Error Fiber UTP Enable Carrier Sense E Mode Def mE L Normal Mo
7. 3 3V BUZZER SD Card Socket ee 3 3V 3 3V q x i GPIO1 GPIO3 Place Pin 8 B BEPPER lt lt o ts 1 K lt amp 8 GPIO4 1 2 c58 GPIOS 9 GPIOS Sui GPIO5 GPIO6 1 S 6 opu GPIO2 2 DATAS RAT R 45V 11 154 027 MMBUZZ GPIO2 3 CMD RSP 8 1 10KR3 1 5 922 9C poa 33 SD GND GPIO2 1 2 GND jl 3 amor vec GPIO0 1 A Ra TM_DISCH__7 Freq Out 2 i GPio7 lt 38 GPIO1 5 6 DISCH 2 B aii mem R152 Rb TM THRES 3 BUZCLK OUT 3 4 5 GPIO3 GPIO4 DATAO 5 ok 196 6146 2KR3F THRES OUT GND Y R142 8 GPIO4 DATA1 Mina TM CONT 5 TM RSTJ R155 s 100 1 2 GPIO 7 9 NO Pull Up CONT RESET 3 3V 74LVC1G08DBVR R150 LOB 6700 lt BE 20 CHECK a 1K 196 E 21 SD SD1A 8X203 U13 C84 R0603 BUZ 031 LTC555 EU 4l d TR d 144148 1175005553000 1 1 1106141485000 C71 SO8P R75 R0603 Q1 01206 0 1U 74LVCO8A MMBT390 08 Tc i 2 4 1105239080100 1 GPIO1 1 8 3 3 SD I LTC555C 2 15V 40 125 some 24e OU IT gut l LTC5551 3 15V 33 E PhD S219 4 44 Gate IN2 3
8. 10R3 R61 SDDR SDM CLKO SDDR SDDL C44 1083 R48 I RA10 R162 P4 EBI DATAO 15 29 1 2 EB DATAT 4 EBLDATAO 1142 m DATA1 de 3 4 QGEBLDATAT 11 12 1 EBI DATA2 W15 5 6 EBIDATA2 11 12 U14 D3 R83 7 Eu DAS dd SDM RAS 1 2 DATA3 vaa D4 1 2 4 12 SDM_RAS 2 8 spM_RAS EBI DATA4 4 2 EBI DATAS EBLDATA4 11 12 12 SDM_CAS 5 a TORS SDM_CAS d BB a EBLDATAS 11 12 DATAG EBILDATA6 11 12 12 SDM CS40 t 8 SDM 010 LDATA7 da R153 7 amp 2 DATA7 11 12 12 SDM 9 1 SDM HA 2 2 EBLDATAB 11 12 10R3 11 09 3 4 EBI gt SDM_CKE R148 EBI DATAS oi EB DATAT 1142 12 lt SDM CKE DATA10 D RATS 79 0 11 12 BI DATA11 W10 7 2 QQEBLDATAM 142 11 css0 lt 1 suc_cs o EBI DATA12 1 EBLDATA12 11 12 BE CSS N4 SMC CSI DATA13 Dii EBLDATA13 11 12 11 smc_cs 2 lt SMC_CS 2 EBI_DATA14 V1 Dis 5 amp EBI DATA14 11 12 N2 SMO E wa 57 7 15 SMC_CS 3 EBI_DATA15 En EBI DATAT SS 5 11 12 SMC_O
9. SC PD 01 1 4 AX 2 8 MOXA Dual Band Omni Directional A335 Antenna HAE RAE gt v EX LIRA RA CX Gs X VAR I REEMA ZE LER LIRA v 2 RoHS amp SONY CRRA FERAH 2 I Mechanism size Check Compare 4i mm aa e 1602020019400 Z 2 4 5 0 5 2 5 6 5 8GHz BRAK SA Owe Bae 44 1 sample ihz R EP J BLAS gt r E FRA v Z Pf SCH Me WAa Ra FRA v RHP RMS SL HEZA BE LRA HK 25 amp amp 6 20 UR FS RRR IC PRA IC ERR B 92 46 BERR RIA H E 10 55 C Dual Band Omni Directional Antenna Version 2 for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Electrical Specification Frequency range 2400 MHz 2500 MHz 4900 MHz 5875 MHz Peak Gain 2 dBi 2 dBi Average Gain 1 dBi 1 dBi VSWR 2 0 1 Max 2 0 1 HPBW horizontal 360 360 HPBW vertical 80 80 Polarization Linear vertical Linear vertical Power handling 2 W cw 2 W cw Impedance 50 Ohms 50 Ohms Connector
10. 3 12 EBI ADORE A9 009 S EBI_DATA9 3 12 EBI ADDR9 FBI ABBRIG H A10 DQ10 DATA10 3 12 EBI ADDR10 EB ADORTI A11 DQ11 EBI 11 3 12 EBI_ADDR11 18 A12 DQ12 PATATE EBI DATA12 3 12 EBI ADDR12 EB ADDR A13 DQ13 EBI DATA13 44 3 12 EBI ADDR13 EBI ADBRTT A14 0014 EBI DATA14 3 12 ADDR14 EBIADDBTS A15 DQ15 EBI DATA15 3 EBL ADDR15 EBI ABBEi8 H A16 3 EBI ADDR16 A17 ED ADORTI 6 3 EBL ADDR17 EBI RDORTS A18 81 EBLADDR18 EBL_ADDR19 A19 R147 3 3V 3 EBL ADDR19 FBI ABBR2D 20 STS ADDR20 EB ADORAT A21 1 EBI ADDR21 EB ABR A22 3 EBI ADDR22 EBIADDROS A23 EBLADUMES 56 3 3 3 A24 NC R131 cse lt lt suc 9 14 CE1 CE2 3 12 ae 55 WEN SMC_OEF 54 34 SMG 9 16 RESET 1 5 RP N R130 3 E BYTEN gza INTEL 888 JS28F128J3 V18MLAO603 TSOP 56 d PORNO l 1 PREUR INTEL E28F128J3C 150 l I Check 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 3 12 16MB Mount INTEL JS28F128J3D75 Mount INTEL E28F640J3D75 Mount INTEL E28F320J3D75 16 Addrs A0 A22 3 3 12 3 4 9 16 115700
11. 4 Transceiver and Front end The AL7230 is a 2 4 5GHz dual band transceiver for 802 11a b g applications There are five main blocks power amplifier transmitter receiver synthesizer and three wire interface And external two baluns transfer 2 4 5GHz power to antenna The receiver path includes two single ended input Low Noise Amplifiers down conversion mixers with DC offset cancellation for both 2 4GHz and 5GHz band and a variable gain amplifier with a baseband low pass filter without the external SAW filter EXHIBIT J Photographs of EUT Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 External Photos of EUT 2 16 Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 External Photos of EUT 3 16 Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 External Photos of BUT Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 External Photos of EUT 5 16
12. eee ee e E x MIC2505 2YM lt di 22 22 2222 2 d 0 010 10U 10V DEBUG PORT u16 1160032433201 SN65C3243 TSSOP28P 165 I 3 3V 3 I 0 1U 28 vec 8 4 45V cud 3 ui U19A C164 C1 a 74LVC14 74LVC14 SC47N50V3ZY 24 can L2z ge 2 TSSOP14P TSSOP14P Scusauievazy 5 3 4 1 5 10 13 1 cap NB Scbasutevazy ia 62 ee SCD33U16V3ZY 2 z 1 GND 10R3 R161 HEADER I I 4 D_232_RXD 0232 RXD19 H4 20120 4 90 43 3V 43 3V 18 RouT2 RIN2 5 o 20 ROUT2B U19D 124 Roura RIN3 6 5 741 14 16 ROUTA RIN4 ENS dimus ass e C4 TSSOP14P TSSOP14P 5 9 Hj bab xp EI na D TXD 0 047 0 33 uF T NM 232_ 55V 12 bouts H1 21 INVALID SN65C3243 40 85 DRD SN75C3243 0 70 FORCEOFF 45V 3 3V 1 1 TTL RS232 ____1 RESET VDD C173 on lt 2 GND 10U 10V I I TVS_V18MLA0603 WDI C1206 ISAIAS
13. for 2 4 5 0 5 2 5 6 5 8 GHz 5 05 220420 Material Approval Connector 1 7 1 T 6 9 2 8540 sy ON 6 978 os 7 9 0 05 NOTE PATENT PENDING 2 GENERAL TOLERANCE 0 1mm XAE4B035 RP SSMA PIN PHOS BRZN Godi 6 karosa RP SSWA E SSMA SSMA A X BRASS Gold lu 5 ERE L3 ______ ___ ET Gold Iu ASS Y Peu goa vt amp mom Pa wu http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com All right reserved by SmartAnt Telecom Co Ltd Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz 5 05 220420 Material Approval Connector 2 7 REV 1 SPECIFICATIONS VOLTAGE WITHSTANDING ine anil CURRENT RATING 1A IMPEDANCE 500 FREQUENCY RANGE 6 GHz CABLE TYPE 178 WEIGHT STANDARD SPEC oe VY A TT hi 11 TEMPERATURE RANGE ART NAME CONTROL NO RECORD DWG NO ASS Y DWG NO Lily Irven John 1 A OFTEN CHECK REGULAR CHECK THREAD USE GO NO GO GAUGE TEST INSULATION RESISTANCE DC 500V 25000 C O 20 85 L lo l Is NN OR S S
14. support moxa com World Wide Web WWW Site for product information ere http www moxa com ThinkCore W311 321 341 Hardware User s Manual Service Information Problem Report Form MOXA ThinkCore W311 321 341 Series Customer name 1 MOXA Product ThinkCore W311 ThinkCore W321 ThinkCore W341 2 Serial Number Problem Description Please describe the problem clearly Include as many details as you can This will help us reproduce the problem and expedite the repair of your product B 3 ThinkCore W311 321 341 Hardware User s Manual Service Information Product Return Procedure For product repair exchange or refund the customer must Provide evidence of original purchase Obtain a Product Return Agreement PRA from the sales representative or dealer Fill out the Problem Report Form PRF Include as much detail as possible for a shorter product repair time Carefully pack the product in an anti static package and send it pre paid to the dealer The PRA should be visible on the outside of the package and include a description of the problem along with the return address and telephone number of a technical contact EXHIBIT F Schematics W341 GPRS and LED Board Ver 1 0 01 Sheet list 02 PIN Header to Bottom 03 GPRS 04 GPRS Power MOXA Systems Co Ltd Design Name Schematic Function Name W34
15. bypass near to SN75HVD07DR RA10 R175 RXD 4 1 RXD C4 D39 CTS 3 4 CTS C4 TVS_V18MLA0603 OPT DSR 4 5 DSR C4 014 DCD 4 1 8 DCD C4 V18MLAO603 OPT SGND C4 D16 RA 10 R104 TVS V18MLAO603 OPT TXD 4 1 8 TXD C4 D38 RIS 5 6 RTS C4 TVS_V4A8MLA0603 OPT DTR 4 3 4 DTR C4 D40 1 2 V18MLAO603 OP T D41 V18MLAO603 OPT D15 RA10 R103 V18MLAO603 OPT 485 1 _ 2 UR4 485 037 485 DBO 3 4 084 485 DBO C4 5 V18MLAO603 OPT 422 TDB 5 6 UR4 422 1080 2 1118000000300 422 7 8 UR4 422 TDAO C4 VRD0603 DB9M 55 425 C AP Free ESD Transient Voltage UR4 422 TDAO C4 DCD C4 itm 30 Surge Suppressors DSR C4 UR4_422 TDBO C4 RXD C4 RTS C4 UR4_485_DBO C4 TXD C4 COM G por 1 6 485 DAO C4 DTR C4 4 3385 R99 RA T0 R177 DSR C5 017 RXD 5 1 22 RXD C5 V18MLAO603 OP amp CTS 5 3 4 CTS C5 RTS C5 018 DSR 5 5 6 DSR C5 TVS_V18MLA0603 OPT DCD 5 1 8 DCD C5 SGND C5 D20 V18MLAO603 OPT RA10 R106 TXD C5 D34 TXD 5 1 8 TXD C5 V18MLAO603 OPT RIS 5 5 6 RTS C5 RXD C5 D35 DTR 5 3 4 DTR C5 V18MLAO603 OPT 1 2 DCD C5 D36 V18MLAO603 OPT CTS C5 D19 V18MLAO603 OPT RA10 R105 DTR C5 D33 URS 485
16. GPIO Table list GPIO 0 D LEDO GPIO 1 D LED1 GPIO 2 D LED2 GPIO 3 D LED3 GPIO 4 WLAN GPIO 5 RTC SCLK GPIO 6 RTC DATA GPIO 7 RTC RST GPIO 8 ST1 GPIO 9 ST2 GPIO 10 SD WP GPIOO GPIO 11 SD CD GPIO1 GPIO 12 SD CMD GPIO2 GPIO 13 SD DATO GPIOS3 GPIO 14 SD DAT1 GPIO4 GPIO 15 SD DAT2 GPIO5 GPIO 16 SD DAT3 GPIO6 GPIO 17 SD CLK GPIO7 GPIO 18 WLAN ON OFF GPIO 19 SD LED GPIO 20 ST3 GPIO 21 STA GPIO 22 D OUT GPIO 23 JP1 GPIO 24 BUZZER GPIO 25 SW RELOAD GPIO 26 WDAG GPIO 27 SW LED READY GPIO 28 ST5 GPIO 29 UR CLK GPIO 30 GPRS ON OFF GPIO 31 UR1 RI MOXA Systems Co Ltd Design Name W341 Schematic Function Name Sheet List PCB Part No 1199003410100 LE W341 LX Department System Auther Abel Version 1 1 Date Thursday December 21 2006 Sheet 5 4 3 2 1 W341 Schematic Ver 1 0 Port 4 Port 3 Port 2 Port 1 D SDRAM 64 128M Flash 16 32M Y 0976 EUN 222 3 3 1 Line Driver RS 232 Line Driver 5 232 Line Driver RS 232 Line Driver SN65C3243 x 1 RS 422 I SN65C3243 x 1 RS 422 SN65C3243 x 1 RS 422 SN65C3243 x 1 I SN75HVD07D x2 RS 485 SN75HVDO7D x2 RS 485 SN75HVD07D x2 RS 485 SN75HVD07D x2 1 1 1 1 1 1 lesen cse 2222247 UART 5 UART 4 UART 3 UART 2 U
17. UA S AME88015EEVZ AME8801CEEVZ 5 a 1 N a OUT 1 N OUT z 4 EN H 4 EN C12 10U 10V 10 10U 10V 10U 10V 1U 10U 10V 4 4 mM 300mA LDO E 300mA LDO E 40 85 40 85 Vgs Rds Id CW Size 10V 22 10 3A 58 4 5V 31 8 7A 10V 26 mO 4 2 50 50 8 4 5V 30 3 5A 10V 200 mO TIR 1265 50 252 10V 55 5 0A 50 SO 8 4 5V 75 TO252 PCB FootPrint 16 2 1 I 35 i3 sc 141 SCREW amp pas 8 el Beo ET 38 amp E 1 dE z SC 11 E SCREW 5 pn 8 5 m L4 z I g MOXA _ Moxa Systems Co Ltd Design Name Schematic Function Name W341 GPRS Power PCB Part No EET Specification PCB Part No Department Auther System Abel Version 1 0 Sheet Date Monday August 21 2006 W341 Schematic Ver 1 0 01 Sheet list 02 Block Diagram 03 MCPU SDRAM FLASH Controller 04 MCPU Etnernet UART 05 MCPU Power GPIO 06 RS232 422 485 Port 1 2 07 RS232 422 485 Port 3 4 08 Console Port 09 BUZ Debug P SD LED 10 PHY 1 RTL8210CP 11 FLASH 16M 32M Option 12 SDRAM 64M 128M Option 13 USB HUB X4USB Port 14 DC Input 12V 48V 15 DC DC 5V 3 3V 1 8V Output 16 PIN Header to Top 17 History
18. Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Power Adapter of EUT 6 16 BALANCE ELECIRONKS 0 1 MODEL GPSA 1200125 INPUT 1100 2404 50 05 OUTPUT 12V 1 2 eco CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN LTE POWER SUPPLY Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 4 Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 8 9100090 INAGG A Mim Bm mmm 33 SV 32 28n 8290 20 262 98 2 wf 11 Wary wee 5 oth pw Ug a TID i 205 o a Applicant Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of EUT Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of EUT L gt gt pre m gt 7 lt
19. 043 3VI 10 ETH1 TXEN ETH XEN ETHI TXEN 8 P1 UR 3 11 SMC_OE URSE S UR1_TXD 10 ETH1 TXDO PO ETH1 TXDO w20 UETETS UR1_RXD 8 10 ETH1_TXD1 ETH1 TXD1 Tir lt RTS 8 i ART EnabTe Re ETH x02 a URI OTR URICTS 8 I 10 ETH1 TXD3 ETH1 TXD3 Eu URT DTR B EBI ADDR24 ETH1 PHYLINK UR1 DCD vg UR1 DCD 8 E I 10 ETH1_PHYLINK ETH1 PHYLINK UR RIGPIO31 QQURTRI D5 _ I x bit ROM Flash 2 18 URZ_232EN UR2_232EN 6 u a ROM Flash VA8SENO PCI GNT 3 A18 m 5 UR2 485ENO 6 ABSENT PCI GNTH2 A20 EENT UR2 485EN1 6 H L B2bit ROM Flash UR2 485 2 GNT 1 UR2 485EN2 6 E2 2 RXDV UR2_TXD PCI_PAR im UR2_TXD 6 16 I UR2_RXD PCI_SERR H19 URTEIS URZRXD 616 SSS SeSSSSe Se SES 1 2 2 RXER UR2_RTS PCI_PERR H 18 UR2_RTS 6 UR2 INTA D UR DSR lt UR2 CTS 6 je e 85 D4 ETH2 UR2_DSR PCI_INTB Rees URZDSR gt 6 UR2_DCD PCI_INTC A18 28 UR2 DCD 8 LA D3 2 UR2_RIIPCI INTD Q1 ETHI TXDI 8 1 70 3 3 I 119 UR2 DTR 5 I ETH1 TXDO i UR2 DTR PCI
20. ThinkCore W311 321 341 Hardware User s Manual Hardware Introduction ThinkCore W321 Think Ore W321 148 1 mm 5 83 in 111 mm 4 37 in 43 mm 1 69 in 26 mm 1 02 in 77 mm 3 03 in 88 mm 3 46 in 100 mm 3 94 in 2 5 ThinkCore W311 321 341 Hardware User s Manual Hardware Introduction ThinkCore W341 100 mm 3 93 in 38 mm 1 50 in 40 5 mm 1 59 in Think re W341 35 mm 1 38 in RS 232 422 485 RS 232 422 485 4 P1 P2 P3 WE 150 mm 5 91 in 161 mm 6 34 in 173 mm 6 81 in 2 6 137 1 mm 5 40 in ThinkCore W311 321 341 Hardware User s Manual Hardware Introduction LED Indicators Please note that the W311 does not include an SD slot so it will not have an SD LED LED Name LED Color LED Function Ready Green Power is on and functioning normally Off Power is off or there is another power error SD Green SD card is detected Off No SD card is detected ON WLAN is ready WLAN Green Blinking Conflict with WLAN IP or no response from DHCP server Off WLAN is not ready or function error Number of glowing LEDs indicates signal strength 5 Excellent 4 Very good Signal Strength 3 Good 2 Fair 1 Bad Off No signal or WLAN connection faile
21. 437249 15 Applicant Moxa Technologies Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of EUT b CM cm 1 r j uso te gt et ME DER SE 5 TR437249F m E NO 4 Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of EUT 24 015 Lit MADE IN TAIWAN V NEN Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of EUT 13 16 S H O Y 02 RA izigi 2220 gt E E 2 ire YI gt m 1 de E E 2 apop Applicant Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of EUT Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of
22. Wok Flammability T LL http www smartant com _ TEL 886 0 3 583 6000 886 0 3 583 7000 E mail service smartant com e All rights reserved by SmartAnt Telecom Co Ltd Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz 5 05 220420 Material Approval Cable 1 2 SPECIFICATION DOCUMENT NO Silver Coated Copper Clad Steel 7 Clear Silver Coated Copper mm 167 2010 95 Average Thickness mm 0 25 Jacket Diameter mm 1 80 0 05 Material FEP Color vd Brown Marking M17 93 RG178B U WONDERFUL Drawing S AK001 210X297 1 0 PAGE 1 EDITION 1 0 REVISED DATE MAKER CONFIRM APPROVAL WONDERFUL WIRE CABLE CO LTD http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com e All rights reserved by SmartAnt Telecom Co Ltd Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz 5 05 220420 Material Approval cable 2 2 SPECIFICATION Electrical amp Physical Properties Item _ RG 178B U Rating Temp Voltage 200 C 30V 838 0 OHM KM 20C MAX 100 MEGA OHM KM MIN AC 1 0 KV Minute Conductor Resistance Insulation Resistance Dielectric
23. ______ ______ Cox 11 Meg nw _ Pacc apsk 5516 __ 5 1 11 vegs ____ pacc BPSK 22 Mbps 22Mbps ____ 8 _ __ Mos esu ecc sec 6 Mbps eskoses opu uz ______ 142 JOFDMEPSK 9 Swpe orom OFDM QPSK 12 Mbps 12Mbps BPSK DSSS OFDM ___ 12 U 18 Mbps 18 orom 34 uo ja 2 115 2 Clock system That oscillator is support 40MHz clock to RF PLL Analog and Digital circuit Among DC noise must be isolated by LC circuit J 3 Baseband Chipset ZD1211 integrates WLAN MAC controller base band processor and USB 2 0 interface in single chip ZD1211 needs a 32K bit or 64K bit serial EEPROM to provide the card identification on booting stage and RF information on operation The interface also provides software interface to read and write EEPROM USB 2 0 interface is fully compatible to 480M USB high speed mode and 12M full speed mode It integrates USB 2 0 physical layer transceiver and controller in chip The embedded microcontroller and serial EEPROM provide flexibility for customization of card identification in USB enumeration The behavior of LED may be programmable by software on host system Z
24. 038 2KR3F 31 2 32 SU SEAT aia Mis BOUM 21 SWITCH 5 26 5 ii NT 26 DD 3 SPISS x 15 040 R1 15K DD3P DEA jj 45V Lg __ 1 2 BI 45V_WLANo 3 I GND OCT TPOINTR TP2 DD4M 55 spisce 48 SPISCK _ AB37S ENPTA a TPOINTR TP1 8 DD4P 2 Ba EE SD SPISD 1 ENP 4 OVRP2 1 2 i TPS2042 OPT R2 15K e l Ris WLAN Fixed Circuit 15K OPT 22 222 ee x c c C DIL bi MLB HH H1608B600 MLB HH H1608B600 3A OPT VU3 USB3 3 3VUSB OR3 R10 V USB2 02 I 123 5V 3 3VUSB 5V L20 OR3 7 R16 0 gt DD2M HHDM2 T 15K OPT U2 NT 26 9 0 10 R3 15K al a 0612 CN3 IN OUT1 ER r 1 5 I 1 ENT 2 5 OVRPAR 31 2 4 HHDM2 2 BUS HHDM3 2 pbzP 1 2 HHDP2 3 Bo 1 HHDP3 T TPS2042 OPT ia 19 4 GND 8 3 3VUSB es 9 SHIELDSHIELD2 H l RIS 9 10 sHIELDSHIELD3 2 15 OR3 R12 USB PIGSTAT 7 8 Mee vug HHDM3 o 1 4 RENI New Part 2 5 1 2 BE o s 5 c6 _ 65 1 C2 61 e
25. 5587 2 NVLAP LAB CODE 200174 0 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 3 49 II III IV GENERAL ua 5 1 1 Introduction sa eo eerte o idle ue ad Ana 5 1 2 Description oft EUT use oer RO Ve ebd e REA b b o t SS eau 5 1 3 Test method 6 1 4 Description of Support Equipment 7 1 5 Configuration of System Under Test robe 8 1 6 Verify the Frequency and Channel ni nd oret 11 1 7 TestProcedute uev ep ee tease eie ep aec Qala 12 J S docattom OF the Test SiC eoo ssa an s ex aceite Guaba 12 General Test Condition Vt abo Hie AR 12 Section 15 203 Antenna Requirement 13 Section 15 207 Power Line Conducted Emissions for AC Powered Units 14 Condition amp SEU uu pt tato asa bae n aad oes a add 14 zg usted n aka saus ah qa aqa a usa 15 3 3 Test Result of Conducted Emissions iae hsc 16 IEEFE 602 115 mode Za a papa ORI et e Mee aaa apa sas 16 IEEE 802 119 mod i ett eee ete e et ei aha 18 Section 15 247 a Technical Description of
26. 64 60 54 60 2 85 657 000 42 43 56 00 46 00 3 57 Line 1 1437 000 41 33 56 00 46 00 4 67 2029 000 43 70 56 00 46 00 2 30 2610 000 43 48 56 00 46 00 2 52 196 350 53 32 52 01 47 09 64 71 54 71 7 62 294 000 45 59 59 03 49 03 3 44 528 265 46 60 45 44 43 80 56 00 46 00 2 20 Line 2 589 295 47 16 43 14 41 15 56 00 46 00 4 85 1176 000 40 52 56 00 46 00 5 48 2558 000 42 92 56 00 46 00 3 08 NOTE 1 Margin Peak Amplitude Limit The reading amplitudes are all under limit 2 sign in the margin column means the emission is OVER the Class Limit and sign of means UNDER the Class B limit Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 17 49 Test mode IEEE 802 11b Channel 6 Power Connected Emissions Class B Conductor Frequency Peak Average QP limit AVG limit Margin KHz dBuV dBuV dBuV dB 197 000 51 91 64 66 54 66 2 75 264 000 44 00 62 74 52 74 8 74 657 000 42 24 56 00 46 00 3 76 Line 1 980 000 40 71 56 00 46 00 5 29 1503 000 41 42 56 00 46 00 4 58 2351 000 43 11 56 00 46 00 2 89 197
27. 9 CHECK APPROVED http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com 7 All right reserved by SmartAnt Telecom Co Ltd 2 050058 5 Dual Band Omni Directional Antenna USUS for 2 4 5 0 5 2 5 6 5 8 GHz 5 05 220420 Material Approval Connector 3 7 amp o ROG dH EB A RI BRASS 915647228 F A TAN REMAINDER S CS AM Af Y amp gt 4 7 86 5 a 5 gt gt p aT sorei i ef ica 24 inu 4 4 quas at RAM Q2 22530900 http www smartant com TEL 886 0 3 583 6000 886 0 3 583 7000 E mail service smartant com Us All right reserved by SmartAnt Telecom Co Ltd Dual Band Omni Directional Antenna Merion for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Material Approval Connector 4 7 m REVI BRASS GIAU 91 E4 H22Ei El res m ny 1 POUR 3 M y Dy et Tn Ie A A Aog aoc r Mes Ur SAF 4 deg iri 4 3 02 222305 79 L http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com e All right reserved by SmartAnt Telecom Co Ltd D
28. 1 22 GPIO0 CT106 CTS2 24 5 GPOO SPI_AUX 28 coL2 GPO3 SPI EN 28 brc 28 CT105 RTS1 RDT x Auxvo 21 CT104 RXD1 32 TRT 33 AUXVO CT108 2 DTR1 34 5sRT GPIOS CT105 RTS2 CT107 DSR1 38 TEMP CT106 CTS1 TEMP VCC OUT CT108 TXD1 veo al Output _ 814 MiC1P 42 ST 43 SPKIN 44 45 5 2 MiC2P 46 47 SPK2N MIC2N 48 apres Buz SIM_PRES 802 2 rep e GPIOS CT109 DCD1 2r GPIO4 GPIOZ CT125 RI S4 prer ape 1 VBATT1 S garr o Sotto Bid VBATT2 S 9 06 VETT 5 41 GND E Feon e m PIN 59 Q2400 GPRS Connector AVX Order Num 14 5087 060 930 861 PIN 60 083 R7 2 8V0 OR3 OPT RE 43V mA SIMVCC cap diode array C lt U2 SIMVCC 1 SIMRST T 2 SIMCLK SIMRST SIMDATA 3 SIM cca 5 GND SIMDATA 2 SIMPRES SIM DATA 8 SIM PRES SIMCLK SIMCARD D2 01 MOLEX 91236 0002 r Y 8 8 ST DALC208SC6 R2 1 D lt 5 lt Colsed to J1 y 7 2 8 near to Q2400 close as possible under 10cm GND vec GND 5 1 VPP RST RST 6 2 DATA CLK CLK DATA L Top View
29. 2 3 3 Limits for Maximum Permissible Exposure MPE Frequency Electric Field Magnetic Filed Power Density S Averaging Time Range Strength V m Strength H mW cm2 or S MHz A m minutes A Limits for Occupational Controlled Exposure 0 3 3 0 614 1 63 100 6 3 0 30 1842 f 4 89 f 900 f 6 30 300 61 4 0 163 1 0 6 300 1500 300 6 1500 100 000 5 6 B Limits for General Population Uncontrolled Exposure 0 3 1 34 614 1 63 100 30 1 34 30 824 f 2 19 f 180 30 30 300 27 5 0 073 0 2 30 300 1500 1500 30 1500 100 000 1 0 30 The EUT is tested in transmit and receive modes and in the first middle and the last channel separately The following shows only our observation have the greatest emissions According to OET BULLETIN 56 Fourth Edition August 1999 Equation for Predicting RF Fields Friis Transmission Formula er gt 0 0239mW cm 4nR Az 20 75 68x1 585 Estimated safe separation 3 09cm Remarks The safe estimated separation that the user must maintain from the antenna is at least 4 73cm Where S power density in appropriate units e g mW cm2 P power input to the antenna in appropriate units e g mW G power gain of the antenna in the direction of interest relative to an isotropic radiator R distance to the center of radiation of the antenna appropriate units e g
30. 6 O43 3V 8 2 RXCLK 1 UR3 485EN2 P20 ETHi TXD2 ETHI TXDi TXDO Core Speed MHz i HE ET UR3 A85ENT 5 gode I CPU AHB APB 1 z E UR3 485ENO I 0 0 0 72 36 18 UR3_485ENO PCI_CBE 2 H18 TREN 485ENO 6 0 0 1 96 48 24 UR3_232EN PCI_CBE 3 UR3_232EN 6 0 1 0 120 60 30 I UR3_RI PCI_ADO 1 5 1 12 26 TARTI UR3_DCD PCI_AD1 120 lt lt DCD 6 He Rig UR3_DSR 6 1 0 1 192 96 4871 UR3 DSR PCI AD2 x 6 UR3_DTR PCI_AD3 P18 UR3 DTR 6 UR3 CTS PCI AD4 20 UR3 CTS 6 eese ete ele ie UR3 RTS PCI AD5 P12 CREAR UR3_RTS 6 UR3_RXD PCI_AD6 Nie lt UR3 RXD 6 16 UR3_TXD PCI_AD7 UR3_TXD 6 16 ananassa eae H2_TXDO UR4_485EN2 PCI_AD8 lt 485EN2 7 1 TH2_TXD1 UR4_485EN1 PCI_AD9 N20 485EN1 7 l 4K7R3 R51 ETH2 TXD2 URA A8SENO PCI 010 UR AEN lt 485ENO 7 genita ETH2 TXD3 UR4_232EN PCI_AD11 UR4_232EN 7 pen 1 I UR4_RI PCI_AD12 K4 2 PHYLINK TARTA UR4_DCDIPCI_AD13 pH DCD m Why that H2 2 UR4_DSR PCI_AD14 12 UR DIR UR4_DSR 7 a UR4 DTR PCI AD15 UR4 DTR 7 UR4_CTS PCI_AD16 520 CTS 7 USBH DP UR4_RTS PCI_AD17 URICEXH UR4_RTS m 13 USBH t RXD PCI AD18 URTTXD 7 16
31. EBLDATA21 ERES ADDRS 21 EBLDATA2M 3 11 EBLADDRS Dos 11 bas 3 EBI_ADDR7 2 EBI_ADDR7 EBI_DATA23 B PI EBI ADDRE 33 097 DATA24 ADDRS 33 EBI DATA24 8111 ADORE ADDRS 098 EBI DATA25 E ADORE EBI_ADDR9 098 DATA25 E DAE ADDR10 99 4 EBI DATA26 Bni EBI_ADDR10 EBI_DATA26 EBUDATAS 1 3 44 EBI_ADDR10 EB ABDETT 22 poto H EB DATAT 3 11 EBI ADDR1O EB ADORTI 22 0010 EB DATA E ESE ABER EBI_ADDR12 ATi 0911 DATA28 3 11 EBLADDR11 EBI_ADDR12 ATi pat EBLDATA28 DATAZ J3 3 11 ADDR12 se DQ12 48 EBr DATAS 3 11 ADDR12 SB A2 DQ12 EBI DATA28 3 EBI ADDR13 __ 20 0913 DATA30 EBI ADDR13 _ 20 DQ13 EBI_DATA30 ER i 3 11 ADDR13 Wie BAO DQ14 3 11 ADDR13 EB ADORA BAO 0914 EE DAAN 3 3 11 ADDR14 DQ15 3 11 EBLADDR14 E Al BAT DQ15 DATA31 3 311 EBI_WE SDN ERST som 3 311 EBI WER SDM CLKO 3 3 SDM_CAS SM RAS EE SDM_CAS RAS I 37 C
32. EXHIBIT A Cover Letter Moxa Technologies Co Ltd FL 4 No 135 Lane 235 Pao Chiao Rd Shing Tien City Taipei Taiwan R O C TEL 886 2 8919 1230 FAX 886 2 8919 1231 Request for Confidentiality Federal Communications Commission Authorization and Evaluation Division Subject Confidentiality Request regarding application for certification of FCC ID SLEW341 Dear Madam or Sir Pursuant to Sections 0 457 and 0 459 of the Commission s Rules we hereby request confidential treatment of information accompanying this application as outlined below Schematics ThinkCore W341 Schem pdf PartList ThinkCore W341 ParLst pdf Block diagram ThinkCore W341 BlkDia pdf Operational description ThinkCore W341 OpDes pdf The above materials contain trade secrets and proprietary information not customarily released to the public The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors The applicant understands that pursuant to Section 0 457 of the Rules disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application Pursuant to DA 04 1705 June 15 2004 of the Commission s Public notice we also request temporary confidential treatment of information accompanying this application as outlined below External Photos ThinkCore W341 ExtPho pdf Internal Photos ThinkCore W
33. UH KZ 32 d EZ X4 KZ EZ X2 KZ 12 59 XZ EZ EZ XZ KZ EJ EJ 52752 Ed GS L3 EQ LA es EJ es Wd KZ 12 S Fd D E Output Current 43 3V 41 8V i 10 max 2 1 4 I Storage R128 m SA _40 150 4 64K_1 OPT GND_SA our 1 1 0 22U 63V RDS on 250 mOhm DR1 pg T 7 7 TC3 GND S L1 o lt C168 163 07 4 rrr pg 51117 3 1 7 10UA0V 0 010 330uF 6 3V DCVIN L4978 OR3 R129 MLB HH H46086600 ie C167 301223 2 R77 lt SP CAP PSA jd 100 10 3740 1 D VIN gt 8V 55V bl R0603 20K_1 R117 6 PSA_BT am Vout 3 3V X DRL URD DR1 DCVIN o e pg gt C133 PSA COM PSA SW 2A 27N 4 8 6 1 5 XS SV i R78 DR2 gt 1650 1 GND SA 4 T 9 i 1 R0603 R123 D7 1 1 GND SA y 5 pg ps I E D SMD5819 i mus ps 4 C137 TC1 2N 6140 E 0 1U EC VOUT 1 25 1 DR2 UR1 0 1U inl x ini GND SA 3 125V GND SA 8K 12 3P5 a B I x 3 3V OUTPUT 2A pg 1 8V OUTPUT 900mA B e mo DUUM I ST E Output Current 1 lo max 2A Storage R136 3 3V GND SB 40 150 4 64K 1 GND SB 0220
34. 26 49 VII Section 15 247 C Spurious Emissions Radiated 71 Test Condition amp Setup We d performed the test by the radiated emission skill The EUT was placed in an anechoic chamber and set the EUT transmitting continuously and scanned at 3 meter distance to determine its emission characteristics The physical arrangement of the EUT was varied within the scope of arrangements likely to be encountered in actual use to determine the effect on the unit s emanations in amplitude directivity and frequency The exact system configuration which produced the highest emissions was noted so it could be reproduced later during the final tests For the measurement above 1 GHz according to the guidance we d set the spectrum analyzer s 6dB bandwidth RBW to 1MHz This was done to ensure that the final measurements would demonstrate the worst case interference potential of the EUT Final radiation measurements were made on a three meter anechoic chamber The EUT system was placed on a nonconductive turntable which is 0 8 meters height top surface 1 0 x 1 5 meter The spectrum was examined from 30 MHz to 1000 MHz using an Hewlett Packard 85460A EMI Receiver SCHWARZECK whole range Small Biconical Antenna Model No UBAA9114 amp BBVU9135 is used to measure frequency from 30 MHz to 1GHz The final test is used the HP 85460 spectrum and 8564E spectrum was examined from 1GHz to 25GHz using an Hewlett Packard Spectrum Analyzer EMCO HP Horn Ante
35. Consult the dealer or an experienced radio TV technician for help CAUTION Any changes or modifications not expressly approved by the party responsible for compliance could void the user s authority to operate the equipment Prohibition of co location This device and its antenna s must not be co located or operating in conjunction with any other antenna or transmitter Safety Information To maintain compliance with FCC s RF exposure guidelines when installing and or operating this equipment you should maintain a minimum distance of 20 cm between the transmitter and your body Use only the supplied antenna Unauthorized antennae modifications or attachments could damage the transmitter and may violate FCC regulations B Service Information This appendix shows you how to contact MOXA for information about this and other products and how to report problems The following topics are covered in this appendix MOXA Internet Services Problem Report Form Product Return Procedure ThinkCore W311 321 341 Hardware User s Manual Service Information MOXA Internet Services Customer satisfaction is our number one concern and to ensure that customers receive the full benefit of our products MOXA Internet Services has been set up to provide technical support driver updates product information and user s manual updates The following services are provided E mail for technical support
36. Corrected Class B Eo Factors Amplitude 70 Frequency Amplitude Ant H Table Limit Margin MHz dBuV m dB dBuV m dBuV m dB 147 61 37 73 1 00 129 3 45 34 28 43 50 9 22 227 64 47 65 1 00 99 4 09 43 56 46 00 2 44 253 10 47 03 1 00 89 3 75 43 28 46 00 2 72 291 90 41 14 1 00 50 3 70 37 44 46 00 8 56 387 69 38 85 1 00 102 1 57 37 28 46 00 8 72 483 47 39 57 1 00 211 1 81 41 38 46 00 4 62 Test mode IEEE 802 11b for 30MHz to IGHz Vertical Radiated Correction Corrected Class B Factors Amplitude Frequency Amplitude Ant Table Limit Margin MHz dBuV m dB dBuV m dBuV m 145 19 40 45 1 00 59 3 27 37 18 43 50 6 32 253 10 40 74 1 00 196 3 75 36 99 46 00 9 01 290 69 45 93 1 00 49 3 75 42 18 46 00 3 82 438 61 36 01 1 00 239 0 38 36 39 46 00 9 61 483 47 36 32 1 00 141 1 81 38 13 46 00 7 87 865 41 21 54 1 00 128 13 60 35 14 46 00 10 86 Note 1 Margin Amplitude limit if margin is minus means under limit 2 Corrected Amplitude Reading Amplitude Correction Factors 3 Correction factor Antenna factor Cable Loss Amplitude gain Switching Box Loss Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report
37. Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 42 49 IEEE 802 11b Ch01 110 dBuV 5 Peaks 100 ANTI 680 9330 0 2390 0 9400 243 This is the hard of our bandedge measurement generated by our bandedge testing program The plot shown above is the bandedge of channel 1 1 The lobe left by the fundamental side is already 20dB below the highest emission level 2 The emissions recorded in the restricted band is do comply with the Part 15 209 a as below Radiated Corrected Class 3m Emission Amplitude Frequency Ant Ant H Angle Factors dBuV m Limit dBu V m Margin MHz P m 3 dB Peak Average Peak Ave dB 2386 60 Hor 1 00 85 9 17 51 84 73 96 53 96 2 12 2390 02 Hor 1 00 271 9 18 45 85 73 96 53 96 8 11 2385 91 Ver 1 00 43 9 17 58 17 51 84 73 96 53 96 2 12 2390 02 Ver 1 00 38 9 18 51 52 73 96 53 96 244 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 43 49 IEEE 802 11b Chil dBuV 5 Peaks 110 FYW C At I aN wJ V wi MHz 30 2450 2483 4 250 255 This is the hard copy of our bandedge m
38. RFOUTSP 11 RFOUTSP RFOUTSN RFOUTSN RXON 41 RBIAS VCCREG 39 DECCAP VTUNE 37 CP 5 VCCANAG VCCPLL VCCDIG 32 DATA CLK 30 LE 2 o 6 8 8 x o x x x x a gt c c t Q se 55 s4 53 52 51 50 49 48 47 46 45 1441 43 O 2 41 40 39 AL7230 5 37 802 11a b g Dual Band RF Transceiver 36 35 34 33 32 3 30 29 5 Del 17 rs 20 2 122 23 fea 125 26 1271 2 VCCPA3 a TXON x PDOUT TXQN TXIN PLLON x VCCPA2 VCCP VCCPABIAS 5 VCCMOD VREF12 TPOUT 5 FREF ZD1211B ZD1211 is a compact low power high security and high performance solution for versatile WLAN applications ZD1211 integrates WLAN MAC controller base band processor and USB 2 0 interface in single chip The integrated USB 2 0 controller reduces the cost and design complexity No extra memory device is needed It can fit into small PCB form factor There is Micro Controller inside the chip This allows the flexibility to software change the operation scenario to adapt in USB or WLAN compatibility issues Integrated standard compliant hardware security engine to improve the performance in security mode The hardware engine includes the W
39. URT RTS 3 piN2 DOUT2 1 DTR T2 pins DOUT3 j L 21 INVALID FORCEON E FORCEOFF 232 C1 C2 C3 4 3 3 V 0 1 uF 0 1 uF TTL RS232 5V 0 047uF 0 33 uF 30 55 0 1 uF 0 47 uF SN65C3243 40 85C 75 3243 0 70 gt R165 1 2 RXD C1 3 4 CT amp C1 SS RXD C1 CTS C1 DSR 1 5 6 DSR C1 CD 1 pop eee C1 1 8 DCD C1 TXD 1 1 c2 TXD C1 RTS 1 3 4 RTS C1 56 IXD C1 RTS C1 DTR 1 5 6 DTR C1 RECT S9 DIR CT i amp RI C1 R164 16 16 16 16 16 16 16 16 MOXA Systems Co Ltd Design Name Schematic Function Name W341 Console Port PCB Part No EE W341 LX 1199003410100 Department Auther Version Size System Abel V1 1 Custo Date Wednesday December 27 2006Sheet 8 of 47
40. pvDD33 AGND P1TXP H c Auto Negoti 5 LEDA PHYADA TPTX i Auto Negotiation Mode DGND PWFBOUT 32 P ETH1 RXD3 RXD3 TPRX Si BXN I 4 ETH1_RXD2 TS Rxp2 TPRX Ec cH 207 4 ETH1 RXD1 RXD1 AGND ETH1_RXDO 1 RTSET 28 BTSET l 4 PT ERS RXDV NC27 2L L 4 ETH1_CRS CRS 26 __ eno 4 L PLRXER 24 RXER FXEN 25 Co Layout U23 lt RTL8201CP I ET 15 I OR3 R44 1161082017000 5 8 Wi ER seen d P1 TX CLK LQFP48 gl E C28 3 3V 3 3V i XT Pu DUMMY C3 9 9 amp i C127 9 i a 8 l OR3 R122 0 1U 5 TIT l l CLK a iH Lap T Z DLL EE DUMMY C3 Place Near Pin 14 Near Pin 48 C126 Je R111 R112 51083 8108 4990 1 49 90 1 P1 LED2 1 2 4 R0603 R0603 P1_POUT 11 D 1000P 2KV SHELD RJ45 LEDO Link 1_ P1 TXDIN 8 o o 1 LED1 Dupx l MLB_HH H1608B600_3A P1 TXDOCTR 6 1 17 o Q LED2 10Act P1_PIN eae 1 POUT P1 TXP P1 TXDIN 7 P1_RXN I P1 RXDO 2 au O lrx LED3 100 Ac c23 P1 RXDOCTR 3 9 9 LED4 COL 0 10 10U 10V o Q 112 P1 1 P1
41. vec 28 4 o 5 SCATNSOVSZV e C82 24 CIN vez Sebssutevazy C89 1 cap NH Scbsautevazy cos c2 SCD33U16V3ZY 2 GND 4 16 UR2 7 ROUT1 RIN1 Ep 4 UR2 CTS ROUT2 RIN2 5228 Q ROUT2B 4 UR2_DSR ROUT3 8 PSR2 4 UR2 DCD Sau ROUT4 H4 5 RouTS RIN5 8 4 16 UR2_TXD 14 DOUT1 Qe UR2_RTS piN2 DOUT2 125 4 UR2_DTR 12 pouts 51 21 INVALID FORCEON LT a FORCEOFF KUR2_232EN vcc C1 C2 C3 CA 33V 0 1 uF 0 1 uF RS232 5V 0 047 uF 0 33 uF 30 55V 0 47 uF SN65C3243 40 85C 5 75 3243 0 70 N65C3243 by pass d d RS232 PORT 2 RA10 OPT R169 RXD 4 2 RXD 3 URS CTS 3 4 CTS3 UR3 DSR 5 6 DSR 3 UR3_DCD 7 8 DCD 3 RA10 OPT R95 I UR3 TXD 7 8 TXD 3 UR3 RIS 5 6 RTS 3 UR3 DTR 3 4 DTR 3 Aut i U20 1160032433201 Apo a OM ss SN65C3243 TSSOP28P 28 vec 8 4 o 5V scamnsovazy T 91 C93 24 CIN yp 22 Sebssutevazy C12 1 cap NH Scbasutevazy C2 SCD33U16V3ZY GND 4 16 UR3 RXD amp h ROUT1 RIN1 4 UR3 CTS ROUT2 RIN2 2 58 Q ROUT2B 4 UR3 DSR ROUT3 Rina 8 PSR3 4 UR3 DCD l ROUT4 S RouTS RIN5 2 4 16 UR3 TXD URS 14 pw DOUT1 Ree UR3_RTS piN2 DOUT2 123s 4 UR3_DTR 2 ping pouts 1283 21 INVALID FORCEON E 1 FORCEOFF KUR3
42. 09 06 07 RF Filter Section 85460A HP 3448A00217 09 06 07 LISN LISN 01 TRC 99 05 06 10 07 EUT LISN LISN 01 TRC 9912 03 04 05 26 07 Support E Pre amplifier 15542 ZFL 500 Mini 0 0117 05 20 07 Circuits 6dB MCL BW S6W2 Mini 9915 05 20 07 Attenuator Circuits Conducted 104 5542 010 0215 05 20 07 Attenuator Circuits Conducted Coaxial Cable 0 30 0058 50 5 2 Jyebao SMA 08 05 20 07 2 0 meter Coaxial Cable 0 30 0058 50 5 Jyebao SMA 09 05 20 07 1 1 meter Coaxial Cable RG 214 U Jyebao NP 01 05 20 07 20 meter Coaxial Cable RG 214 U Jyebao NP 02 05 20 07 20 meter Auto Switch Box ASB 01 TRC 9904 01 05 20 07 lt 30MHz Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 3 3 Test Result of Power Line Conducted Emissions The following table shows a summary of the highest emissions of power line conducted emissions on the LIVE and NETURAL conductors of the EUT power cord Show as follows Test Conditions Test mode IEEE 802 11b Channel 1 Temperature 25 C Humidity 73 RH Power Connected Emissions Class B Conductor Frequency Peak Average QP limit AVG limit Margin KHz dBuV dBuV dBuV dB 195 000 50 59 64 71 54 71 4 12 199 000 51 75
43. 5 76 21708 12 1 00 118 45 48 2 87 48 35 73 96 53 96 5 61 24120 00 1 00 251 45 50 3 40 48 90 73 96 53 96 5 06 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 37 49 Test mode IEEE 802 112 CH06 for 30MHz to IGHz Horizontal Radiated Correction Corrected Class B Factors Amplitude 2m Frequency Amplitude Ant H Table Limit Margin MHz 4 dB dBuV m dBuV m 148 82 38 72 1 00 112 3 54 35 18 43 50 8 32 193 69 40 05 1 00 92 3 61 36 44 43 50 7 06 227 64 47 17 1 00 102 4 09 43 08 46 00 2 92 251 89 45 82 1 00 83 3 66 42 16 46 00 3 84 290 69 44 41 1 00 53 3 75 40 66 46 00 5 34 505 30 35 56 1 00 129 2 57 38 13 46 00 7 87 Test mode IEEE 802 CH06 for 30MHz to IGHz Vertical Radiated Correction Corrected Class B Emission Factors Amplitude om Frequency Amplitude Ant H Table Limit Margin MHz dB dBuV m dBuV m dB 148 82 40 94 1 00 59 3 54 37 40 43 50 6 10 253 10 41 41 1 00 129 3 75 37 66 46 00 8 34 291 90 45 45 1 00 59 3 70 41 75 46 00 4 25 373 14 36 40 1 00 73 2 01 34 39 46 00 11 61 504 09 32 56 1 00 155 2 4
44. C100 GND x4 14 7456 I To GPRS Module 1 RA10K R82 I URI CTS 1 ORT 1 URT DSR 6 1 I 1 I R80 1 I UR2 DCD 4 UR2 CTS 1 AA URZ DSR 5 A A A 6 1 7 8 1 1 1 I 1 I 1 RA10K R90 1 URSCTS 1 UR3 DCD URS DSR 5 Law I 1 1 I 1 1 I 1 CTS 7 1 UA DCO VA A DSR 4 LA 1 I RA10K R89 1 I 1 RA10K R88 1 1 I URS DCD 1 URS CTS UR5 DSR 5 6 Lane I I 1 I 1 I MOXA Systems Co Ltd Design Name Schematic Function Name W341 MCPU Ethernet UART PCB Part No W341 LX 119900341 0100 Department Auther System Abel Date Thursday December 21 2006 LED SMD 0805 U26C D5 G LED A LEDO 41 8V Ln 3 3VRA470 R107 LED SMD 0805 CY 1 5 osc for RIC Oscillator
45. SOFTENING TEMPERATURE z 01525 m E MELTING POINT m D2117 m HARDNESS F50 50 failure MD Machine Direction TD Transverse Direction Sos 02240 EAA LAE REAR PARA EREZIE PT MRD Pr MVR MEERDER HEA I I S zt A S Hi 7 n je nie A O fE sl m T 75 s Tha information contained herein is to our best knowledge true and accurate However since conditions of use are beyond our control all recommendations or suggests are presented without guarantee or responsibility on our part We disclaim all liability in connection with the use of information contained herein or otherwise All nsks of such use are assumed by the user Furthermore nothing contained herein shall be constructed as an inducement or recommendation to use any process to manufacture or use any product in conflict with existing or future patents 4 AT 00 ISSUED IN June 2001 http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com All right reserved by SmartAnt Telecom Co Ltd 5 2 050055 5 Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Material Approval Connector 6 7 CLM vy Polyplastics Product lines POM TEPCON
46. This section describes how to connect serial devices to the embedded computer You should heed the following common safety precautions before proceeding with the installation of any electronic device Use separate paths to route wiring for power and devices If power wiring and device wiring paths must cross make sure the wires are perpendicular at the intersection point NOTE Do not run signal or communication wiring and power wiring in the same wire conduit To avoid interference wires with different signal characteristics should be routed separately Usethe type of signal transmitted through a wire to determine which wires should be kept separate The rule of thumb is that wiring that shares similar electrical characteristics can be bundled together Keep input wiring and output wiring separate e tis advisable to label the wiring to all devices in the system Safety First Be sure to disconnect the power cord before installation and or wiring Watch Electrical Current Calculate the maximum possible current in each power wire and common wire Observe all electrical codes dictating the maximum current allowable for each wire size If the current goes above the maximum ratings the wiring could overheat causing serious damage to your equipment Watch Temperature Be careful when handling the unit When the unit is plugged in the internal components generate heat and consequently the outer casing may feel hot to the
47. amp 100 Mooney scorch large rotor 125 Minimum viscosity 5 51 Minutes to 5 points rise ts 27 5 Minutes tu 35 points rise 35 _ 32 0 Tensile strength kg cm e 40 255 Clongation 40 480 Modulus at 300 elongation kg a 20 124 40 156 60 166 Hardness Ourometer A points 40 72 Compression set 100 x 7Ohours 60 58 TEST RECIPE sns NANCAR 1051 100 00 NBS 370 Znic oxide 3 00 Sulfur 2 MgCO coated 1 50 NBS 372 Stearic acid 1 00 NBS 2378 HAF black 40 00 NBS 384 TABS 0 70 Total 146 20 http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com SmartAnt SA2 050058 A5 All right reserved by SmartAnt Telecom Co Ltd Dual Band Omni Directional Antenna 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Material Approval Radome ABS Characteristics POLYLAC m Proper ASTMTest Units General Purpose Flame Retardant Hifh Heart 707 757 PA 717C 727 PA 709 PA 765 765 765 PA 764 764 PA 777D 51698 500 480 400 400 440 Tensile Strenght bin 7 090 6 800 S a x 5 670 5 530 5 670 5 670 5 a 6 240 2 2 23 2 3 D 790 52 10 Fiex
48. 025 ohm GND epns R33 1MR3 R32 WIN 18 PSA TS PSA HG L SND1006 R2512 I2 2 40 gt 1 6 3 F DCVIN 2 2 I I v PSA SDN sw 14__PSA SW v 3 SHDN ome Burst Mode Disable cens _ cio R31 16 PSA BOOST D4 F 0 CSS 4 oss BOOST SP CAP SP CAP R28 Dis 1106000565000 PSA VCC PSA BURST C22 PSA VCC D12 ___ p sks2 120P PSA BURST 5 vec MM4148 Vr 60V En 1103120013000 BURST EN 1106141485000 If 25A GND SGND PGND EL D1206 A C18 R27 GPR amp SCNB icali SC1U16V5KX 0805 epee Eu R30 15K 330uF 25V GPR amp PSA B PSA EAVC 7 ye SENSE 10 SEN 8x 12 3P5 PSA FB SEN TA 6 VFB SENSE 9 680P Vs Vs gt 150 mV ias 150 0 025 ohm 6A Inductor Calculation L gt Vout x Vin Vout Fsw x Vin x IL E Vfb 1 231V aju GND _ IL 0 3 x lout max 0 3 x 3 0 9A MLB HH H1608B600 3A Rb 083 R37 gt 3 9V x 24V 3 9V 200KHz x 24V x 0 9 a Vout 1 231x 1 Rb Ra 5Vx gt 3 9 x 20 1 4320K UA _ 9 x 0 0046527 mH 1101091788000 T 191 35992 gt 0 0181455 mH gt 18 1455uH x 3 949V GND_GPRS SC 2 rm n 3 SCREW 5 8 5 8 12 B 3V 5 8 2 8 N x 8 e 4 OR3 OPT R38 sc 1 Fe 0 2 SCREW pu 2 8V e 8 VBATT
49. 04 1705 dated 6 15 2004 PERMANENT request T Does this application include a request for confidentiality for any portion s of the data contained NE m NO in this application pursuant to 47 CFR 0 459 of the Commission Rules Item 8 Is this application for modular approval Yes No If yes please submit a cover letter addressing the modular approval requirements of DA 00 1407 Item 9 Is this application for software defined radio authorization Yes No Item 10 Equipment Class 3 digits required Description of Product as it is marketed DTS RISC based Ready to Run Wirele Item 11 Application is for DQ Original Equipment Change in identification of presently authorized equipment Original FCC ID Grant Date MM DD Y Y Y Y Class II permissive change or modification of presently authorized equipment Class III permissive change to software defined radio Note this may only be filed for applications pertaining to Software Defined Radio Item 12 Is the equipment in this application a a composite device subject to an additional equipment authorization Yes No b part of a system that operates with or is marketed with another device that requires an equipment authorization Yes X No If either of the above questions is answered Yes complete section 12 c c The related application FCC ID has been granted under the FCC ID listed to the right i
50. 1 R42 10KR3 Place Near Pin 8 FE P1 LED3 P1 LEDO 4 al 3 3 iia LAN PORT Place Near Pin 32 Fro Rios RJ45 8P_E5TAB P4KS12 L RS a P1 4990 19 49 90 1 R0603 RO60 R32 a P1 LED2 Q 9 3 10KR3 mS P1 POUT 30 al P1_LED3 MLB_HH H1608B600_3A MLB_HH H1608B600_3A f 10KR3 4l P1 LED4 18 16 Pi AVDDi n Pi AVDDO _ 3 3V R28 10KR3 C124 C125 0 1U 010 TL Setting PHY Address 00001b 36 1 I Value Could be Setting From 00001b to 11111b MOXA _ Moxa Systems Co Ltd Design Name Schematic Function Name W341 PHY 1 RTL8201CP PCB Part No 1199003410100 W341 LX Department Auther Version System Abel 14 Date Wednesday December 27 20D6Sheet 10 32MB Flash Flash l Flash 8MB Flash 4MB 43 3V 025 85 8 C 000 DATAO 3 12 ADDRO At 001 DATA 3 12 EBI_ADDR1 FBI ABBRZ 2 DQ2 EBI_DATA2 3 12 ADDR2 EBI ABORT A3 DQ3 EBI DATA3 3 12 EBI_ADDR3 4 004 EBI_DATA4 3 12 EBI ADDRS A5 Das EBI DATAS 3 12 EBI ADDRS 28 DQ6 DATAG 3 12 EBI ADDRG EBI ADOR AT 097 3 12 FBI ABBRS 20 pas
51. 15A TERMINAL BLOCK 300V 8A Battery Buzzer T V S MLV1608E18N101A CRYSTAL 25MHz 49US 30 CRYSTAL 12MHz 30PPM CRYSTAL 24MHz XTAL 30MHz 20pF 30ppm CRYSTAL 32 768KHz 20PPM OSC 14 7456MHZ REGULATOR CM1117GCM3223 MIC2505 2YM REGULATOR L4978 Minidip HEADER 1 2PIN M 180DEG HEADER 1 4PIN M 90DEG HEADER 1 4PIN F 180DEG HEADER 2 10PIN F 180DEG CONN DB 9 M 90DEG RJ45T U S 100M DIP 90D USB ATYPE DU PS BP p C29 C34 C35 C38 C40 C45 C141 C142 C144 C152 TC3 TC4 C133 C150 C90 C91 C104 C105 C106 C164 C26 C54 C159 C177 TC2 C82 C85 C89 C93 C96 C98 C99 C101 C107 C109 C111 C112 C113 C114 C166 C171 C172 C22 C67 C79 C163 TC1 TC5 L1L2L3L4 L6 L5L16 Q1 Q2 D30 D6 D 4 05 3 51 CN1 CN2 BT1 501 D9 D29 D32 DEBUG1 WLAN1 J1 J2 P1 P2 P3 P4 T1 CN3 S L11 L12L13 L14 L15 L17 L18 L19 L24 L25 L26 L27 L28 1126024001000 1128000000000 1151000226100 1157073230000 1160004853203 1160032433201 1161082017000 1162038233101 1162656400000 1164001813000 1174008010000 1174014019000 1175005553000 1180004040000 1199003410100 1201000000000 SD Push Pull Connector HT1381 SDRAM 4 2M 16 Flash W341 LX RS 485 transceiver ZT3243LFEY RTL 8201 CP VD LF PHY ResetlC EM6323LXSP5B 2 9A USB Hub Controller CY7C65640 PHOTO HCPL 181 TTL IC SN74LVC1G08 74LVC14 TTL SMD TLC 555C MOXA ART RISC CPU PCB
52. 24 576K nel D4 6 LED Hu GPIO27 FA5 IMS SW LED RDY 16 1 A AA c LEDI AG GND 05 anes ed GPIO26 FA5 ID SW RELORD WDAG 9 BMEFOSOS ai es GPIO25 FA5 101 BEPPER SW RELOAD 9 03 G LED GPIO24 FA5 EXTGOICE BEPPER 9 CY v2 B6 vcc fer System Oscillator 12M Opo EAS Namen A2 LED2 MLB HF H1608B600 a D OUT GPIO22 FA5 DBGACK FALL 9UT _____ 9 GZ sci LED SMD 0805 D2 G LED A LED3 1 RTC and Power Manager 1 0 54 GPIO21 SPI 500 STS ST4 16 Eee age isu usu 11 GPIO20 SPI_SDI SPOT ST3 16 3 3 i t 11 SND_IOR GPIO19 SPI_SCLK SD LED 16 1 1 GND_IOI GPIO18 SPI_FS WLAN SWITCH 13 I i m w New Part A amp vcc 4 RTC and Power Manager Internal Logic Gp O47 SD_CLK pid pl I I GPIO16 SD_DAT3 I 210 CORER GPIO15 SD DAT2 X 1 SD MMC GPIO14 SD DAT1 GPIO4 9 PR3 OPT ui GPIO13 SD DATO GPIO3 9 VCC USBH GPIO12 SD GPIO2 9 I 3 3V for Host USB GPIOTUSD CD PO fel 9 db ai I Em GND USBH GPIO10 SD WP a GPIOO 9 7 GA Basi dod GPIO9 SSP CLK C 4 572 1 14 Unc 84 or Device USB ST1 sn P EXT 2 7 GPIOB AC97 SDATAI lt
53. 35 37 46 00 10 63 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 40 49 Test mode IEEE 802 11g CH11 for IGHz to 25GHz Horizontal Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dBuV m dBuV m dB 2177 08 1 00 267 36 50 8 59 45 09 73 96 53 96 8 87 9849 79 1 00 78 35 28 11 93 47 21 73 96 53 96 6 75 19696 46 1 00 313 46 57 1 81 48 38 73 96 53 96 5 58 22157 92 1 00 213 45 58 3 25 48 83 73 96 53 96 5 13 24619 37 1 00 204 45 85 3 01 48 86 73 96 53 96 5 10 Test mode IEEE 802 119 CH11 for IGHz to 25GHz Vertical Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dB uV m dB uV m dB 2339 58 1 00 103 38 67 9 04 47 71 73 96 53 96 6 25 9849 79 1 00 21 35 61 11 93 47 54 73 96 53 96 6 42 19696 46 1 00 301 46 33 1 81 48 14 73 96 53 96 5 82 22157 92 1 00 231 45 83 3 25 49 08 73 96 53 96
54. 36 37 41 43 50 6 09 251 89 40 33 1 00 132 3 66 36 67 46 00 9 33 290 69 45 88 1 00 53 3 75 42 13 46 00 3 87 483 47 36 61 1 00 145 1 81 38 42 46 00 7 58 768 41 24 43 1 00 175 10 85 35 28 46 00 10 72 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 32 49 Test mode IEEE 802 11b CH06 for IGHz to 25GHz Horizontal Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dBuV m dBuV m dB 2235 42 1 00 285 35 33 8 75 44 08 73 96 53 96 9 88 12187 92 1 00 91 39 44 9 74 49 18 73 96 53 96 4 78 19498 12 1 00 105 46 93 1 70 48 63 73 96 53 96 5 33 21934 79 1 00 181 4711 3 09 50 20 73 96 53 96 3 76 24371 46 1 00 168 46 19 3 26 49 45 73 96 53 96 4 51 Test mode IEEE 802 11b CH06 for 1GHz to 25GHz Antenna l Vertical Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dB uV m dB uV m dB 2312 50 1 00 36 39 34 8 96 48 30 73 96 53 96 5 66 12187 92 1 00 40
55. 40 60 9 74 50 34 73 96 53 96 3 62 19498 12 1 00 115 47 12 1 70 48 82 73 96 53 96 5 14 21934 79 1 00 177 47 03 3 09 50 12 73 96 53 96 3 84 24371 46 1 00 159 46 06 3 26 49 32 73 96 53 96 4 64 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 33 49 Test mode IEEE 802 11b CH11 for 30MHzto IGHz Horizontal Radiated Correction Corrected Class B Emission Factors Amplitude Frequency Amplitude Ant H Table Limit Margin MHz dB dBuV m dBuV m dB 193 69 38 64 1 00 123 3 61 35 03 43 50 8 47 227 64 45 24 1 00 93 4 09 41 15 46 00 4 85 253 10 48 51 1 00 93 3 75 44 76 46 00 1 24 386 47 38 97 1 00 107 1 61 37 36 46 00 8 64 483 47 40 50 1 00 207 1 81 42 31 46 00 3 69 865 41 24 22 1 00 96 13 60 37 82 46 00 8 18 Test mode IEEE 802 11 CH11 for 30MHz to IGHz Vertical Radiated Correction Corrected Class B Factors Amplitude Pm Frequency Amplitude Ant H Table Limit Margin MHz dB uV m dB dBuV m dBuV m dB 108 81 40 37 1 00 201 75 38 62 43 50 4 88 145 19 39 57 1 00 43 3 27 36 30 43 50 7 20 254 31 44 52 1 00 192 3
56. 46 00 3 01 858 000 41 46 56 00 46 00 4 54 1994 000 42 68 56 00 46 00 3 32 Report No 4715060806 Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 19 49 Test mode IEEE 802 11g Channel 11 Power Connected Emissions FCC Clas B Conductor Frequency Peak Average QP limit AVG limit Margin KHz dBuV 4 ABuV dBuV dBuV dB 197 875 53 15 52 26 46 64 64 60 54 60 7 96 657 000 40 10 56 00 46 00 5 90 850 000 39 94 56 00 46 00 6 06 Line 1 1385 000 41 86 56 00 46 00 4 14 2243 000 42 91 56 00 46 00 3 09 6520 000 43 15 60 00 50 00 6 85 191 935 62 50 42 00 35 18 64 60 54 60 19 42 394 000 44 62 59 03 49 03 4 41 463 070 47 15 46 46 45 57 57 11 47 11 1 54 Line 2 527 640 46 85 44 34 42 80 56 00 46 00 3 20 657 000 43 68 56 00 46 00 2 32 1994 000 42 47 56 00 46 00 3 53 Report No 4715060806 Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 20 49 VI Section 15 247 a Techn
57. 46 00 7 80 290 69 43 77 1 00 59 3 75 40 02 46 00 5 98 483 47 38 22 1 00 152 1 81 40 03 46 00 5 97 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 36 49 Test mode IEEE 802 11g CH01 for IGHz to 25GHz Horizontal Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dBuV m dBuV m dB 2147 92 1 00 252 35 84 8 50 44 34 73 96 53 96 9 62 12061 04 1 00 264 36 94 9 81 46 75 73 96 53 96 _ 7 21 19296 25 1 00 17 47 11 1 60 48 71 73 96 53 96 525 21708 12 1 00 120 45 83 2 87 48 70 73 96 53 96 5 26 24120 00 1 00 253 45 93 3 40 49 33 73 96 53 96 4 63 Test mode IEEE 802 112 CH01 for IGHz to 25GHz Vertical Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dB uV m dB uV m dB 2531 25 1 00 57 38 50 9 55 48 05 73 96 53 96 5 91 12061 04 1 00 175 37 77 9 81 47 58 73 96 53 96 6 38 19296 25 1 00 14 46 60 1 60 48 20 73 96 53 96
58. 8919 1711 Fax 886 2 8919 1722 Web www moxa com MOXA Technical Support Worldwide support moxa com The Americas support usa moxa com ThinkCore W311 321 341 Hardware User s Manual The software described in this manual is furnished under a license agreement and may be used only in accordance with the terms of that agreement Copyright Notice Copyright 2006 Moxa Systems Co Ltd All rights reserved Reproduction without permission is prohibited Trademarks MOXA is a registered trademark of The MOXA Group All other trademarks or registered marks in this manual belong to their respective manufacturers Disclaimer Information in this document is subject to change without notice and does not represent a commitment on the part of MOXA MOXA provides this document as is without warranty of any kind either expressed or implied including but not limited to its particular purpose MOXA reserves the right to make improvements and or changes to this manual or to the products and or the programs described in this manual at any time Information provided in this manual is intended to be accurate and reliable However MOXA assumes no responsibility for its use or for any infringements on the rights of third parties that may result from its use This product might include unintentional technical or typographical errors Changes are periodically made to the information herein to correct such errors and these changes a
59. 99 3 09 50 08 73 96 53 96 3 88 24371 46 1 00 145 45 90 3 26 49 16 73 96 53 96 4 80 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 39 49 Test mode IEEE 802 112 CH11 for 30MHz to IGHz Horizontal Radiated Correction Corrected Class B Emission Factors Amplitude Frequency Amplitude Ant H Table Limit Margin MHz dB dBuV m dBuV m dB 194 90 39 62 1 00 102 3 58 36 04 43 50 7 46 228 85 46 54 1 00 102 4 10 42 44 46 00 3 56 253 10 45 74 1 00 83 3 75 41 99 46 00 4 01 290 69 41 86 1 00 63 3 75 38 11 46 00 7 89 387 69 39 54 1 00 106 1 57 37 97 46 00 8 03 482 26 38 58 1 00 205 1 77 40 35 46 00 5 65 Test mode IEEE 802 119 CH11 for 30MHz to IGHz Vertical Radiated Correction Corrected Class B Psion Factors Amplitude om Frequency Amplitude Ant H Table Limit Margin MHz dB dBuV m dBuV m dB 108 81 39 95 1 00 0 1 75 38 20 43 50 5 30 146 40 40 14 1 00 343 3 36 36 78 43 50 6 72 251 89 41 33 1 00 193 3 66 37 67 46 00 8 33 290 69 44 85 1 00 43 3 75 41 10 46 00 4 90 504 09 32 79 1 00 160 2 47 35 26 46 00 10 74 768 41 24 52 1 00 171 10 85
60. As stated in Section 15 35 b for any frequencies above 1000MHZ radiated limits shown are based upon the use of measurement instrumentation employing an average detector function As the results of our test the peak amplitudes are already below the FCC limit Thus the average amplitudes of the rest are omitted Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 31 49 Test mode IEEE 802 11b CH06 for 30MHz Horizontal Radiated Correction Corrected Class B Emission Factors Amplitude Frequency Amplitude Ant H Table Limit Margin MHz 4 dB dBuV m dBuV m 145 19 38 46 1 00 142 3 27 35 19 43 50 8 31 227 64 45 19 1 00 92 4 09 41 10 46 00 4 90 253 10 45 83 1 00 102 3 75 42 08 46 00 3 92 290 69 40 37 1 00 251 3 75 36 62 46 00 9 38 387 69 38 83 1 00 96 1 57 37 26 46 00 8 74 483 47 41 64 1 00 106 1 81 43 45 46 00 2 55 Test mode IEEE 802 11 CH06 for 30MHz to IGHz Vertical Radiated Correction Corrected Class B Factors Amplitude 3m Frequency Amplitude Ant H Table Limit Margin MHz m dB dBuV m dBuV m dB 111 24 38 74 1 00 211 91 36 83 43 50 6 67 146 40 40 77 1 00 63 3
61. Grade Line Up Product gt POM TEPCON Polyplastics Taiwan Co Ltd ais Product Lines POM TEPCON Brand Name List Grade Line Upaso Standard Testi M25 M90 M130 M270 M3 Item Unit ae High General High TEM Viscocity Fluidity Cycle Cycle Density g cm ISO 1183 1 41 1 41 1 41 1 41 1 4 Stress at yield MPa 180 527 1 2 59 62 62 63 6 Strain at break ISO 527 1 2 40 35 33 30 28 Tensile modulus MPa 150527 1 2 2 500 2 700 2 700 2 800 2 8 Flexural strength MPa ISO 178 81 87 87 88 8 Flexural modulus MPa ISO 178 2 350 2 500 2 500 2 550 2 5 kJ m Ed A 80 60 55 5 3 5 Temperature of deflection under ISO 75 1 2 90 95 100 100 10 load 1 80MPa Coefficient of linear thermal voie z 10 5 ISO 11359 2 13 12 11 11 1 expansion 23 55 C Parallel Coefficient of linear thermal 130 113592 12 12 1 11 1 expansion 23 55 C transverse Electric strength kV mm IEC 60243 1 19 19 19 19 Volume x 14 14 14 14 resistivity Ohm em 60093 1x10 1x10 1x10 1x10 1 Surface resistivity Ohm 60093 1 1016 1 1016 1 10 6 1x10 5 1 1 reete CTI 6012 600 600 600 600 60 tracking index Arc resistance UL d Flammability UL94 HB HB HB HB HI Nominal strain at break figures in the table are the typical values of the material and not the minim the material specifications For qualified values of UL Underwriters Laboratories
62. Inc refer to the yellow No E146187 issued by UL 1 Please note that Copyright 2002 Polyplastics Taiwan Co Ltd All rights reserved http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com SmartAne All right reserved by SmartAnt Telecom Co Ltd SAZ 050055 A5 Dual Band Omni Directional Antenna VERA for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Material Approval Connector 7 7 P rn NU NANCAR aS NBR POLYMER DATA 1051 NANCAR 1051 rubber is cold polymerized high acrylonitrile copolymer with excellent oil resistance This polymer has excellent processing characteristics in compounds whore improved flow and knitting are desired and is especially valuable in high durometer compounds R 1051 rubber provides good processing and building tack It is suggested for use in molded goods friction stock and similar applications POLYMER PROPERTIES Typical Value Bound acrylomtnie 41 Mooney viscosity d 09 Heat ioss m A 0 4 Ash 0 6 Specific gravily 1 00 Solubility 4 4 5 100 Stabilizer gt gt gt Slight staining COMPOUND PROPERTIE Cured 150 Compound mooney ML
63. LEX PCB Part No lt Specification gt Department Auther Version System Abel 1 0 Date Monday August 14 2006 Sheet OR3 R21 VCC 0 3 6 ORXOPM Kaz O 3V 2 25 0 3 0 3 T IN 2 0 3 6 R18 R19 R20 T Out 4 13 2V gt 100K 100K 2 DTR C1 K H rin 21 2 1 R2our H 2 RTS C4 62 R3IN R30UT 18 oH T1OUT RI C1 2 Reo T20UT DCD C1 2 ost T3OUT RXD C1 2 Ds 12 CTS C1 2 500 DSR C1 2 42 8V xc 28 cr 0 1U C1 RIOUTB ORS OPT R24 1 cds c2 INVALID alc Pere 13 FORCEON FORCEOFF 2 8Vo O n av vcc 3V ORG OPTY 9 Zt E Aly C15 C20 mid am SP3238EEA MAX3238 MAX3238EAI 40 485C _ MAX3238CAI 0 70 pc Um D E e RE E l GPRS ON OFF 0 gt 0 CPU initial default 0 GPRS ON OFF 1 Y 1 OR3 R15 i 2 GPRS ON 09 2 8 l rir ov R16 ORXOPT 10KR3 Us 1 5 I 42 8V lf A 3V3 m R17 1 2 2 This output signal is 43V the GPRS P yH i can Supply Voltage 1 65V 5V 7 Vin max 5V agcept Vout VCC 74LVC1G08DBVR l ee a
64. PLACE ONE CAP NEAR EACH VCC PIN OF U1 PCB Part No 5 WLAN b USB Hub ying cio 1 I I CH 330uF 6 3V 10U 10V SP CAP 5V_WLAN R197 J ii 1 1 45V 43 3VUSB 9 GOM _ Abel 06 10 11 1 2202 B ace 40mils L WLAN1 1X4PIN HEADER 2 0mm DIP F 145 gt R126 gt 100K R127 naoxuoorooo 2 E 3 3VUSB wk 89889938885 USB WLAN Connector 3 3V 55555555500 x I gt 1 x eader Umm Y l H1608B600 gnd pad NEM 4 _ aoe MLB HH H1608B600 3 3VUSB 28 1 BUSPOWER PIASTATH R28 15K OPT 757 P2GSTAT 5V 3 3V GREEN 2 38 P2ASTAT 3 3VUSB 3 3VUSB E m a a Iaca todather 46 AMBER 2 P3GSTAT o o m M g 5 9 10 RESET lt lt RESET GRI 3 9 5 330uF 6 3V OPT 3 P4GSTAT ni 8 17 P4ASTAT 100 10 SP CAP 4 USBH DM D U5 AMBER 15K 15K 8 480 1 4 USBH_DP D 29 ENP1 L31 130 x Co Layout 1 SP 4 i i DD1M 13 2 DD1P p CY7C65 WR 725 OVRP2 r R195 ENP3 I 8 1 1 3 3VUSB DD2M 9 53 R196 R0603 I 3 3VUSB DD2P DD 2 OVR 3 ENP4
65. Strength Spark Test 0 5 KV Tensile Strength 2500 PSI MIN 1 76 Kg mni Unaged a Insulation Elongation 200 MIN Tensile Strength UNAGED MIN 75 4 168HRSx232 C Aged REG NEA Elongation UNAGED MIN 75 4 168HRSx232 C Tensile Strength 2500 PSI MIN 1 76 Kg mni Tacket Elongation 200 MIN T Tensile Strength UNAGED MIN 75 4 168HRSx232 C e Elongation UNAGED MIN 75 168HRSx232 C Nom Impedance e Ohms VSWR MAX 1 3 at 0 4G 3GHz Nom Vel of Prop 69 5 Flame Test VW OK Attenuation 50MHz 100MHz 400MHz 900MHz 1 8GHz 3GHz 48 100 344 459 918 1394 207 5 3082 001 210 297 1 0 2 EDITION 1 0 REVISED DATE MAKER CONFIRM APPROVAL http www smartant com _ TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com e All rights reserved by SmartAnt Telecom Co Ltd Version 2 Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Material Approval PCB YA PLASTICS CORPORATION 2 g Yang Ind Park COPPER CLAD LAMINATE Hsin Kang Hsiang QUALITY TEST REPORT DN TEL 05 3772111 FAX 05 3771640 DATE 2004 10 18 PALLET NO CUSTOMER ORDER HCAFAS11 LOT 0 49272430 MATERIAL SPEC NP 140TL H H 0 77mm 1240mm x 0930mm WLCFHG OVERALL THICKNE IPC DESIGNATION L21 0300 HH HH B A 48 8 x
66. cm The Numeric gain G of antenna with a gain specified in dB is determined by G Log dB antenna gain 10 G Log 2 00 10 1 585 Applicant Moxa Technologies Co Ltd FCC ID SLEW341 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Measurement of Maximum Permissible Exposure Appendix Antenna Specification Applicant Moxa Technologies Co Ltd FCC ID SLEW341 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 1602020019400 lait SLILIE sO 4 UL 5 CSA 6 TUV 38 7 RoHS SERE HST MOR iz Ea ET s Dual Band Omni Directional Antenna 4 5 0 5 2 5 6 5 8GHz 1 38 ER 2 Moxa 1 0 SES TUN 3 RepNo 2004 1528 CE 2006 10629 KA 2005 40650 CE 2006 63956 CE 2004 C1498 CE 2006 63959 CE 2005 83039 CE 2004 53035 CE 2006 41802 CE 2006 47581 KE 2005 41696 CE 2004 B4117A CE 2005 92596A CE 2005 92597A 2006 14801 KE 2006 20995 8 SONY MORE F RepNo MOXA m 09 12 06 HH
67. ete ONE sasa 29 IEEE 802 1 19 mode os tn E RH an Rea EM pe uu acte 35 7 4 Test Result of Bandedge Medi Roe Res estt 41 IEE 8021 6 gus eee haya 42 IEEE 602 11g mod nem imb as akana en ER te 44 Section 15 247 d Power Spectral Density 46 S I Test Condition amp 46 8 2 Test Instruments Configuration sasa 46 8 3 List of Test Instruments e aaa iene 46 8 4 Test Result of Power Spectral Density nates 46 Channel 01 802 11 b g 47 Channel 06 802 11 b sg mode ou nere rre ee step n pe tes yr 48 Channel 11 802 11 2b g mode i i Ade etae tte eine reet Ea 49 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report GENERAL 1 1 Introduction The following measurement report is submitted on behalf of applicant in support that the certification in accordance with Part 2 Subpart J and Part 15 Subpart A and C of the Commission s Rules and Regulations 1 2 Description of EUT Product Name Model Name FCC ID Frequency Range Operating Frequency Support Channel Channel Spacing Mod
68. radiated emissions measurements required by the rules were performed on the three meter Anechoic Chamber FCC Registration Number 93906 maintained by Training Research Co Ltd No 255 Nanyang Street Shijr Taipei Hsien 221 Taiwan R O C Complete description and measurement data have been placed on file with the commission The conducted power line emissions tests and other test items were performed in a anechoic chamber also located at Training Research Co Ltd No 255 Nanyang Street Shijr Taipei Hsien 221 Taiwan R O C Training Research Co Ltd is listed by the FCC as a facility available to do measurement work for others on a contract basis 1 9 General Test Condition The conditions under which the EUT operates were varied to determine their effect on the equipment s emission characteristics The final configuration of the test system and the mode of operation used during these tests were chosen as that which produced the highest emission levels However only those conditions which the EUT was considered likely to encounter in normal use were investigated In test they were set in high power and continuously transmitting mode that controlled by computer The lowest channel middle channel and highest channel of EUT were all tested The setting up procedure is recorded on 1 3 test method Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report
69. replace the lithium battery on your own If the battery needs to be changed please contact the MOXA RMA service team ATTENTION There is a risk of explosion if the wrong type of battery is used To avoid this potential danger always be sure to use the correct type of battery Contact the MOXA RMA service team for battery replacement 3 Hardware Connection Description ThinkCore W300 Series wireless embedded computers are equipped for multiple types of connections WLAN Ethernet and multiple serial interfaces are built into every model including a serial console port for monitoring of bootup messages Select models also include an SD slot for storage expansion USB ports for additional device and storage options and relay output connections With the open source Linux kernel you are free to develop custom applications for remote wireless operation of your device In this chapter learn how to connect the embedded computer to the network and to various devices This chapter covers the following topics Wiring Requirements Connecting the Power gt Grounding the Unit Connecting Data Transmission Cables Connecting to the Network Connecting to the WLAN Connecting to a Serial Device Serial Console Port SD Slot W321 and W341 only USB W341 only Relay Output W341 only ThinkCore W311 321 341 Hardware User s Manual Hardware Connection Description Wiring Requirements A ATTENTION
70. the EUT 20 Section 15 247 a 2 Bandwidth for Direct Sequence System 21 51 Test Condition amp Setup em aa teet ten Gore Tele to eodera i dnt 2 5 2 Test Instruments Configuration tu vit ees eet ut deas 21 5 3 unn reiten uha uya 21 5 4 Test Result of Bandwidth esee 21 Channel 01 802 11 b g mode ien nite er edet ice eee ERE ete 22 Channel 06 802 11 b g mode eerte ie tee ret eee e eet ine 23 Channel 41 802 141 b gimode n tte m 24 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 4 49 VI VIL Section 15 247 b Power Output 25 6 1 Test Condition amp Setup ode ee pA RM 25 6 2 List of Test EOD Y 25 6 3 STR SUNS Rd LU CI EU Be E Cc 25 Section 15 247 c Spurious Emissions Radiated 26 Tel Test spam et tct mei Pn eiie ep M 26 7 2 List Of Test Instruments te ER UG EP UAR 28 7 3 Test Result of Spurious Radiated Emissions sse 29 IEBFE S02 n ilasan
71. 0236001 8MB Addrs A0 A21 1157000256000 01 4MB Addrs A0 A20 1157000276001 3 3V utt 5 88 8 o 2440 22 gt Dao 3 12 EBI_ADDRO EBISADDRI Dat 3 12 ADDR1 22 A2 DQ2 3 12 EBIADDR2 EBICADDRI A3 3 12 EB ADDS A4 DQ4 3 12 EBI ADDR4 EBICABDRS A5 005 3 12 EBL ADDRE A6 006 3 12 EBL ADDR A7 3 12 EBIADDR7 EB ADDRE A8 008 3 12 9 pag 3 12 0010 3 12 EBI_ADDR10 ADORE 11 DQ11 3 12 EBIADDR11 12 0012 3 12 EBI_ADDR12 ERRORS A13 DQ13 3 12 EBI_ADDR13 EB 0014 3 12 EBIADDR14 15 0015 EBI ADDR S 8 3 15 16 EBI ADDRIG 3 EBI_ADDR16 A17 EBI ADDRI7 6 3 EBI_ADDR17 A18 EBI_ADDR18 3 EBI_ADDR18 EBICADBRIS 19 4 3 19 A20 STS EBI_ADDR20 3 EBI_ADDR20 A21 EBI ADDR21 1 3 ADDR21 A22 EBI_ADDR22 3 EBI_ADDR22 anan z A23 43 8V I ADDR23 A24 NC R39 smc_cs 2 lt lt CEO CE2 E WEN smo oes OE_N RESET 1 E 3 ay eH BYTE N eae RESET 1 TVS 18 0603 GNDO GND1 GND2 21 DATAO 3 12 EBI 3 2 EBI 3 12 EBI DATA3 3 2 EBLDATA4 3 12 5 3 2 6 3 12 EBLDATA
72. 1 Sheet list PCB Part No EE PCB Part No lt Specification gt Department Auther Version System Abel 1 0 Date Monday August 14 2006 Sheet ERR utn ses Pu t s t emus A 1 I 1 Green LED Indicator TXD I Yellow LED Indicator RXD D l 1 1 3 3V 3 3V 015 YELLOW 3C 1 08 GREEN 3C 1 1 UR2 4 A UR2 lt lt 4 A isi 1 YELLOW 09 GREEN R14 R13 I UR3_RXD A TXD i lt 4 3 4 017 YELLOW LED 3C 5 6 010 1 7 lt lt e 4 lt S 4 m D18 YELLOW LEID 3C I 011 GREEN 3C URS lt lt I URS RXD lt 2 2 4 1 l ZZ PETUNT Pic ga Neg E I S ie e e n s esp im E Rx
73. 1 _ 2 URS 485 5 h TVS_V18MLA0603 OPT 05 485 3 4 085 485 DBO C5 1118000000300 085 422 TDB 5 6 UR5 422 0 5 VRD0603 UR5 422 7 8 UR5 422 TDAO C5 125 RES ud Free ESD Transient Voltage m DB9M Htm 85 us 30A Surge Suppressors URS 422 5 _ DCD C5 DSR C5 URS 422 TDBO C5 RXD C5 EDEN E RTS C5 485 080 5 TXD C5 T 1 CTS C5 I UR5_485_DA0 C5 DTR C5 s 1 SGND C5 I AA 8 33R5 R100 5 8 lt an I i Co Layout I od c a 4 MOXA Systems Co Ltd Design Name W341 Schematic Function Name RS232 422 485 Port 1 2 PCB Part No EE W341 LX 1199003410100 Auther Abel Department System Version 11 Date Wednesday December 27 20D6Sheet GPRS Port U18 1160032433201 SN65C3243 TSSOP28P 28 c4p vec 28 o 45V SCATNSOVEEY T e 24 cin yp 27 S bssutevazy C175 1 cop H Scbasutevazy C99 C2 SCD33U16V3ZY Bulle GND 4 UR1_RXD ae ROUT1 URT CTS aa ROUT2 RIN2 3 ROUT2B 6 UR1_DSR ROUT3 RIN3 4 URT DCD 16 ROUT4 RIN4 URT RI 5 routs RINS 8 4 UR1 TXD L URVTXD 14 DOUT1
74. 11 X 26 mm W341 150 X 100 x 38 mm Antenna 110 mm Construction Material W311 aluminum 1 mm W321 aluminum 1 mm W341 aluminum 1 mm SECC 1 mm for rear panel Mounting DIN rail wall Environmental Operating Temperature 10 to 60 C 14 to 140 F 5 to 95 RH Storage Temperature 20 to 80 C 4 to 176 F 5 to 95 RH Regulatory Approvals EMC FCC CE Safety TUV UL cUL Others RoHS CRoHS WEEE Warranty 5 years ThinkCore W311 321 341 Hardware User s Manual Introduction Hardware Block Diagram ThinkCore W311 Ethernet 802 11a b g Watchdog RS 232 422 485 RS 232 ThinkCore W321 Ethernet 802 11 a b g Watchdog RS 232 422 485 RS 232 1 6 ThinkCore W311 321 341 Hardware User s Manual Introduction ThinkCore W341 802 11a b g Ethernet EL Watchdog E 7 RS 232 422 485 RS 232 1 7 2 Hardware Introduction ThinkCore W300 Series hardware is compact well designed and built rugged for industrial applications LED indicators help you monitor the performance and identify trouble spots Multiple ports allow the connection of different devices for wireless operation With the reliable and stable hardware platform that is provided you may devote your attention to the development of your application In this chapter learn the basics about the embedded computer hardware and its different parts This chapter covers the following topics Appearance ThinkCore W311 gt ThinkCor
75. 135 53 32 52 44 47 49 64 66 54 66 7 17 394 000 45 77 59 03 49 03 3 26 593 395 47 18 46 07 44 83 56 00 46 00 1 17 Line 2 980 000 40 85 56 00 46 00 5 15 2351 000 42 03 56 00 46 00 3 97 19520 000 42 88 60 00 50 00 7 12 Test mode IEEE 802 11b Channel 11 Power Connected Emissions Class B Conductor Frequency Peak Average QP limit AVG limit Margin KHz dBuV dBuV dBuV dB 199 065 54 09 53 59 47 46 64 54 54 54 7 08 264 000 47 98 62 74 52 74 4 76 657 000 41 12 56 00 46 00 4 88 Line 1 1320 000 41 21 56 00 46 00 4 79 1582 000 42 44 56 00 46 00 3 56 2179 000 43 66 56 00 46 00 2 34 198 640 55 40 54 58 48 03 64 60 54 60 6 57 267 000 47 56 62 66 52 66 5 10 398 000 45 46 58 91 48 91 3 45 Line 2 463 610 47 27 46 64 45 74 57 11 47 11 1 37 527 595 46 64 44 29 42 64 56 00 46 00 3 36 660 600 48 99 43 97 41 72 56 00 46 00 4 28 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 18 49 Test mode IEEE 802 11g Channel 1 Power Co
76. 16 EXT 1 SCLK RIC DATA GND USBD GPIO7 AC97_SDATAO Alt e 3 Tx VO Rre a aco GPIOG AC97 SCLK ENF vss RESET 55 l RTC _SCLK 1 GPIOS AC97 FS T 1 D amp cc Phase Leck Loop Power GPIO4 AC97_RESET 9 Ph OP T i 1 GND PLL1 2 1 I 1 8V VA 2 I P2 L MLB HF H16088600 VCC DU2 Delay Lock Loop Power 1 NT 14 XAK CREM GR 113 GPIO2 xa 0 010 GND IDELZ 10R3 R71 iT C66 SC5P2 V3ZY GPIO0 ei 1 1 1 AGND m VCC CORE 5 41 8V YOE PE 32 768KHZ FSC 206 1 VCC CORE CORE SXTAL_IN F 1 1 8V for Internal Logic Co Layout x mum c Feal CORE External Real Time Clock VCC COR RAL 1083 R65 for System Clock 433v SXTAL X1 y J 3 3V for I O Memory 1 VSO MEM ESE RESETF amp RESET 9 10 13 C45 N12 Ve MEM SC22P25V3ZY NT 3 Y4 ST EN 1 101 is 102 s sv for I O Logic AK7R3 R68 1 R63 C40 eens 10R3 664 10 70 1MR3 SC22P25V3ZY SXTAL X2 GND1 GND2 i eR 1 9 05 X GND6 4 3 1 5 GND7 GND8 GND9 10R3 LI I 1 2 1 CPU 292BGA 1 1 Internal Real Time
77. 2 Q ROUT2B 4 UR4 DSR ROUT3 Ring 8 PSR4 4 UR4 DCD 18 Rour4 RIN4 H24 5 RouTS RINS 8 4 16 TXD TXD 14 DOUT1 100 4 4 UR4_RTS 131 piN2 DOUT2 10 3 4 UR4_DTR pouts L DI 21 INVALID FORCEON FORCEOFF 232 vcc C1 C2 C3 CA 33V 0 1 uF 0 1 uF RS232 5V 0 047 uF 0 33 uF 3 0 55V 0 1uF 0 47 uF SN65C3243 40 85 SN75C3243 0 70C 1 N65C3243 by pass d y pass RS232 PORT 4 RA10 OPT R170 UR5 RXD 4 2 RXD 5 URS CTS 3 4 CTS 5 085 058 5 6 DSR 5 DCD 7 8 DCD 5 RA10 OPT R96 I URS TXD 7 8 TXD 5 UR5 RTS 5 6 RTS 5 UR5 DTR 3 4 DIRS Aut i 022 1160032433201 WORSE REN SN65C3243 TSSOP28P 28 vec 26 4 0 SC47N50V3ZY T 91 24 CIN yp 22 S bssurevazy C107 1 cap NH Scbsautevazy C109 C2 SCD33U16V3ZY I 2 con GND 4 16 UR5 RXD zu ROUT1 RIN1 E 4 985 CTS ROUT2 RIN2 Q ROUT2B 4 UR5 DSR ROUT3 RIN3 pens 4 985 DCD SS ROUT4 RING RO 5 RouTS RINS 2 4 16 URS_TXD URS TXD 14 1 2 ARs UR5 RTS DOUT2 12 4 985 DTR 2 ping pouts gt 21 INVALID FORCEON E 1 FORCEOFF URS 232 vcc C1 C2 C3 CA 33V 0 1 uF 0 1 uF TTE RS232 5V 0 047 uF 0 33 uF 3 0 55V 0 1uF 0 47 uF SN65C3243 40 85 SN75C3243 0 70
78. 300 Series wireless embedded computer Quick Installation Guide Documentation amp Software CD 100 cm RJ45 to RJ45 Ethernet cross over cable 100 cm console port cable CBL 4PINDB9F 100 Universal Power Adaptor Product Warranty Statement Optional Accessories 35 mm DIN rail mounting kit DK 35A NOTE Notify your sales representative if any of the above items are missing or damaged ThinkCore W311 321 341 Hardware User s Manual Introduction Product Features ThinkCore W300 Series computers have the following features MOXAART 32 bit ARMO industrial communication processor 16 MB on board RAM 64 MB for W341 8 MB built in flash memory 16 MB for W341 802 11a b g Wireless LAN WEP WPA and WPA2 encryption Infrastructure mode and Ad Hoc mode RS 232 422 485 serial ports with software selectable interface Baudrates between 50 and 921 6 Kbps including all nonstandard baudrates 10 100M Ethernet for backup networking SD card slot for storage expansion W321 and W341 only Withstands 5G continuous vibration and 50G shock LED indicators for status serial transmission and wireless signal strength Ready to run Linux platform Installation on DIN rail or wall Fanless design for increased ruggedness Product Hardware Specifications System CPU ART ARM 32 bit RISC CPU 192 MHz DRAM W311 16 MB W321 16 MB W341 64 MB Flash W311 8 MB W321 16 MB W341 64 MB Storage Expansion W311 None W321 SD slot X 1 W341
79. 3000 1103001933000 1103002014400 1103005013000 1103010033000 BO W341 CPU V1 1 Part R 00 1 10W 5 R 1KO 1 10W 1 R 1MQ 1 10W 5 R 2 1 10W 1 R 100 1 10W 5 R 10KQ 1 10W 5 R 12 1 10W 1 R 15 1 10W 5 R 1 5KO 1 10W 196 R 20 1 10W 1 R 330 1 8W 5 R 4 7KQ 1 10W 596 R 9 1KO 1 10W 1 R 1000 1 10W 196 R 100 1 10W 5 150 1 10W 5 R 1650 1 10W 196 R 2 32 1 10W 1 R 3300 1 10W 5 R374 SMD 0603 R 4 64KQ 1 10W 1 R 49 90 1 10W 196 R 5100 1 10W 596 RA 100 1 10W 5 8 RA 10 1 10W 5 8P4R RA 4 7KQ 1 10W 5 8 RA 4700 1 10W 5 8PAR 0 1uF 25V X7R 10 C M 0 01uF 50V 7 80 2090 1nF 50V X7R 1090 27pF 50V NPO 5 5pF 50V NPO 0 25pF C M 10uF 10V Y5V 80 20 Q t 13 3 4 3 20 17 2 10 6 Ref R6 R7 R9 R10 R11 R12 R44 R122 R129 L20 L23 L31 R197 R75 R150 R195 R47 R56 R63 R124 R19 R152 R196 R43 R48 R49 R55 R59 R61 R64 R65 R69 R71 R72 R81 R86 R121 R125 R138 R145 R148 R1E R20 R24 R26 R27 80 R32 R35 R42 R84 R85 R91 R115 R119 R120 R154 R156 R52 R53 R1 R2 1 R114 R 2 R23 R25 R33 R127 R171 R172 R173 R174 R178 R179 R181 R182 R183 R184 R186 R187 R188 R189 R191 R192 R78 R137 R5 R77 R136 R109 R110 R111 R112 R108 R113 R153 R162 R164 R165 R166 R175 R176 R177 R46 R57 R62 R66 R74 R79 R83 R92 R93 R10 R102 R103 R104 R105 R106 R132 R133 R139 R140 R141 R151 R37 R38 R80 R82 R88 R89 R90 R45 R54 R107 C
80. 341 IntPho pdf Test Setup Photos ThinkCore W341 TSup pdf User s Manual ThinkCore W341 UserMan pdf Sincerely Johnny Lee Supervisor Moxa Technologies Co Ltd EXHIBIT B Sample Label LABEL Sample and Location information 1 1 LABEL Position re FCC ID SLEW341 Brand Name Model Name ThinkCore W341 ThinkCore W341 LX This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 This device must accept any interference received including interference that may cause undesired operation LABEL Size 70 x 50 mm Applicant Moxa Technologies Co Ltd FCC ID SLEW341 Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 EXHIBIT C Test Report Test Report 1 49 MEASUREMENT REPORT of RISC based Ready to Run Wireless Embedded Computer Applicant Moxa Technologies Co Ltd EUT RISC based Ready to Run Wireless Embedded Computer Model ThinkCore W341 ThinkCore W341 LX FCC ID SLEW341 Tested by Training Research Co Ltd TEL 886 2 26935155 FAX 886 2 26934440 No 255 Nanyang Street Shijr Taipei Hsien 221 Taiwan R O C Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 2
81. 36 6 fxg REQUIREMENT IPC 4101A SPECIFICATION SHEET IPC 4101A 21 YA PLASTICS AD ANN Orreri LANGS CONDITIONING VISUALS SUB SURFACE IPC 4101A A OK METAL THICKNESS um IPC 4101A 0 8 1 9 9 10 8 13 2 H 15 5 18 9 17 4 1 30 9 37 7 R 46 4 56 7 2 61 4 75 5 P 77 2 94 4 3 92 7 113 3 4 123 3 150 7 DIELECTRIC CONSTANT 2 24 23 50 lt 5 4 4 2 SURFACE RESISTANCE MQ C 96 35 90 lt 0 50mm 10441 4 5E7 20 50mm SURFACE RESISTIVITY MQ E 24 125 10 3 1 1 8 5 VOLUME RESISTANCE MQ cm C 96 35 90 lt 0 50mm 1046 6 5E8 20 50mm VOLUME RESISIVITY 24 125 10 3 1 6 8 5 DISSIPATION FACTOR MHZ C 24 23 50 0 035 i 018 CFRD CFMD 0 020 ARC RESISTANCE sec 048 50 01 2 23 601 121 CFR5 CFMS 90 FLEXURAL STRENGTH LENGTHWISE lt 0 50mm 560 z0 50mm 414 271 FLEXURAL STRENGTH CROSSWISE 0 50mm 424 z0 S0mm 345 281 THICKNESS mim 1 2mm CLASS gt 1 2mm CLASS B L THERMAL STRESS 288 C x 10sec No blister delamination WARP AND TWIST SINGLE DOUBLE 296 0 5 0 78 mm 2 0 1 54 0 79 mm A 154 1 0 PRESSURE VESSEL D25 119 6 des IPC TM 650 OK 260 CX 15sec MOISTURE ABSORPTION E1 105 des D24 23 0 50 mm 20 50 mm 167 0 80 0 35 PEEL STRENGTH AFTER THERMAL STRESS 002 5 01 2 5 01 Hoz 6 01 8 97 102 8 01 Roz 10 01 202 11 01 11 5 3oz1 12 01 TG GLASS TRANSITION TEMP 14025 140 9 F
82. 4 amp SCHWARZECK 127 12 07 07 Antenna BBVU9135 Pre amplifier PAIF TRC IFAC 05 20 07 Auto Switch Box ASB 01 TRC 9904 01 05 20 07 gt 30 2 Coaxial Cable 0 30 0058 50 5 15 JYEBAO SMA 01 05 20 07 Double shielded 15 meter Coaxial Cable 0 30 0058 50 5 1 JYEBAO SMA 02 05 20 07 1 1 meter Spectrum 8564E HP 3720A00840 12 11 07 Analyzer Microwave 84125C HP US36433002 11 18 07 Preamplifier Horn Antenna 3115 EMCO 9104 3668 02 05 08 Horn Antenna 1196E 3115 HP EMCO 9704 5178 02 12 08 Standard Guide 84125 80008 HP 18 26 5GHz 12 12 07 Horn Antenna Standard Guide 84125 80001 HP 26 5 40GHz 12 12 07 Horn Antenna Pre amplifier PA2F TRC 2F1GZ 06 20 07 Coaxial Cable 0 30 0058 50 5 118 JYEBAO MSA 05 06 20 07 3 miter Coaxial Cable 0 30 0058 50 5 118 JYEBAO MSA 04 06 20 07 1 meter Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 7 3 Test Result of Spurious Radiated Emissions The highest peak values of radiated emissions form the EUT at various antenna heights antenna polarizations EUT orientation etc are recorded on the following Test Conditions Temperature 25 Humidity 73 RH Test mode IEEE 802 11b for 30MHz to IGHz Horizontal Radiated Correction
83. 4 88 24619 37 1 00 194 45 89 3 01 48 90 73 96 53 96 5 06 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 41 49 7 4 Test Result of the Bandedge If any 100 kHz bandwidth outside these frequency bands the radio frequency power that is produced by the modulation products of the spreading sequence the information sequence and the carrier frequency shall be either at least 20 dB below that in any 100 kHz bandwidth within the band that contains the highest level of the desired power or shall not exceed the general levels specified id 15 209 We perform this section by the radiated manner the RBW is set to 100kHz and VBW gt RBW We d made the observation up to 10 harmonics and the criterion is all the harmonic spurious emissions must be 20dB below the highest emission level measured If the emissions fall in the restricted bands stated in the Part 15 205 a must also comply with the radiated emission limits specified in Part 15 209 a Peak mode RBW VBW 1MHz Average mode RBW 1MHz VBW 10Hz The following pages show our observations referring to the channel lowest and highest respectively Test Condition amp Setup same as lt 8 1 gt Report No M4715060806 FCC Part 15 247 DTS Training Research Co
84. 4 C8 C9 C13 C15 C18 C23 C25 C30 C32 C36 C37 C39 C41 C47 C50 C52 C53 C55 C62 C65 C68 C69 C71 C78 C80 C83 C86 C94 C95 C97 C100 C102 C108 C115 C117 C119 C124 C127 C131 C132 C134 C137 C140 C143 C145 C149 C151 C153 C158 C160 C162 C165 C170 C17 4 C176 C179 C181 C184 C17 C27 C33 C46 C88 C120 C121 C123 C130 C122 C128 C12 C19 C51 C66 C2 C6 C14 C16 C21 C24 C42 C43 C64 C81 C103 C116 C129 C167 C168 C173 1103022011100 1103022023000 1103022836000 1103027723000 1103047023000 1103100013000 1103100034300 1103330023000 1103330031100 1103330034100 1104000002101 1104075031000 1105239040100 1106000545000 1106004030000 1106158225001 1106999994200 1106999999000 1107000000200 1107000000600 1109000040700 1111000002200 1111002002400 1114000000000 1116000000101 1118000000300 1119002017101 1119012070000 1119024070000 1119030070000 1119327760100 1120002000501 1122011170000 1122025050000 1122049780000 1126001102100 1126001104100 1126002104100 1126002210500 1126003090000 1126005083201 1126010001000 C M 22pF 25V NPO 20 C M 22nF 50V X7R 10 C MEC 0 22u F 63V 2 7nF 50V X7R 10 C M 47nF 50V Y5V 80 2096 C M 100pF 50V NPO 5 C E 100uF 63V C M 0 33uF 16V X7R 10 C 330uF 6 3V C E 330uF 25V Bead 60ohm 100MHz 3A L Choke 75uH 4 0A 2096 TR NPN 2N3904 Schottky barrier BAT54C BRIDGE DIODE RS403L DIODE 1N5822 LED GREEN 0805 180DEG LED 3mm with HOLDER RELAY TX2 3V Relay N 1C 20V 1 7A TACTIAL PUSHBUTTON TERMINAL BLOCK 300V
85. 40 Test Report LAN Card D Link Model No DFE 530TX Serial No 0050BAE32FF3 0050BAE3158B FCC ID N A DoC Approved Power type Powered by PC USB 2 0 Flash Disk Transcend Information Inc Model TS128MJF2A Serial No 85047 85133 BSMI D33193 Powertype ByEUT Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 9 49 1 5 Configuration of System Under Test 1 5 1 Conducted and Radiated Power Source USB Drive 2 Test table Power Source Monitor PS 2 Keyboard The tests below are carried with the EUT transmitter set at high power in TDD mode The EUT is forced to select of output power level and channel number by notebook computer The setting up procedure was recorded in 1 3 test method Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report Connections of equipment PC POE site as a monitor PS 2 key Port a PS 2 keyboard PS 2 mouse Port a PS 2 mouse Fiber Port EUT Report No M4715060806 FCC Part 15 247 DTS Training Research C
86. 46 1 00 312 46 51 1 81 48 32 73 96 53 96 5 64 22157 92 1 00 226 45 99 3 25 49 24 73 96 53 96 4 72 24619 37 1 00 200 45 56 3 01 48 57 73 96 53 96 5 39 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 35 49 Test mode IEEE 802 112 for 30MHz to IGHz Horizontal Radiated Correction Corrected Class B Factors Amplitude Frequency Amplitude H Table Limit Margin MHz dB dBuV m dBuV m dB 194 90 41 88 1 00 239 3 58 38 30 43 50 5 20 227 64 45 72 1 00 83 4 09 41 63 46 00 4 37 253 10 46 98 1 00 73 3 75 43 23 46 00 2 77 290 69 42 07 1 00 43 3 75 38 32 46 00 7 68 483 47 40 74 1 00 207 1 81 42 55 46 00 3 45 865 41 23 18 1 00 107 13 60 36 78 46 00 9 22 Test mode IEEE 802 112 CH01 for 30MHz to IGHz Vertical Radiated Correction Corrected Class B Psion Factors Amplitude om Frequency Amplitude Ant H Table Limit Margin MHz dB dBuV m dB uV m dB 108 81 42 16 1 00 218 75 40 41 43 50 3 09 152 46 39 92 1 00 40 3 60 36 32 43 50 7 18 193 69 41 35 1 00 89 3 61 37 74 43 50 5 76 253 10 41 95 1 00 178 3 75 38 20
87. 63 RDS on 250 mOhm an sy DR1 4 ue R13 TS L4978 MLB HH H1608B600 3A i LZ Whee alll ey D VIN gt 8V 55V vee FB 2 C63 20 _1 R134 6 C149 Vout 3 3V X DRI4UR1 DR1 330uF 6 3V OPT DCVIN o 3losc SPCAP 116 75uH 150 2 IY CY 2A 27 4 comp 8 6 T f 6 yout GND SB 4 Vin 8 55V E R135 D8 x 330uF 6 3V OPT 9 1K 196 GND_SB 5 360 E SP CAP D SMD5819 C152 C162 5 22N 0 10 330025 8X12 0 10 js Era GND SB 330uF 25V 1 GND SB 8x 12 3P5 l 5V OUTPUT Q2A Max Wireless LAN USBX2 Line Driver MOXA Systems Co Ltd Design Name Schematic Function Name W341 DC DC 5V 3 3V 1 8V Output PCB Part No LEX 1199003410100 W341 LX Department Auther Version System Abel 11 Date Wednesday December 27 2006Sheet 15 st5 STA ST3 5 2 stl Rdy WLAN TX1 TX2 TX3 4 SD Indicator C A 1 2 5 SD LED lt lt 3300 l l l l i l D1 GREEN 5 38 l i l R0603 i l l l I 4 6 UR2 T
88. 6934440 Test Report 2 49 CERTIFICATION We here by verify that The test data data evaluation test procedures and equipment configurations shown in this report were made mainly in accordance with the procedures given in ANSI C63 4 2003 as a reference All test were conducted by Training Research Co Ltd 255 Nanyang Street Shijr Taipei Hsien 221 Taiwan R O C Also we attest to the accuracy of each We further submit that the energy emitted by the sample EUT tested as described in the report is in compliance with the technical requirements set forth in the FCC Rules Part 15 Subpart C Section 15 247 Applicant Moxa Technologies Co Ltd Applicant address Fl 4 No 135 Lane 235 Pao Chiao Rd Shing Tien City Taipei Taiwan R O C FCC ID SLEW341 Report No 4715060806 Test Date April 10 2007 v Prepared by da A R n N Approved by sai Frank Tsai U Conditions of issue 1 This test report shall not be reproduced except in full without written approval of TRC And the test result contained within this report only relate to the sample submitted for testing 2 This report must not be used by the client to claim product endorsement by NVLAP or an agency of U S Government 3 This test report measurements made by TRC are traceable to the NIST only Conducted and Radiated Method
89. 6MB Mount Ul a gg yg ce eae aaa sasa I 128MB Mount 01 02 03 04 SDRAM 4B X 4M X 16 X4 PCS 11151000216000 32MBytes 1 HY57V561620CTP H U1 _ 0 31 3 11 U3 u28 u15 EBI ADDRO 23 E 3 11 ADDRO EB ABBRT pao 2 En 3 11 ADDRO A0 DAA EBLDATAO 3 11 3 11 EBLADDR1 DQ1 PIDE 3 11 EBI ADDR1 DQ1 341 3111 EBLADDRS Ea Aan Dos EBI DATAS EBLADDR3 AS Das ESL DATAS EBLDATAS 811 pur Em EBLADDR4 29 EHE EBI DATA4 5 EBI_DATA4 ep cn 3 11 ADDR4 ADDR5 an 24 004 Mio ADDR5 an 4 004 5 ERU TAE EBI_ADDR6 5 Gee DATAG EBI_ADDR6 085 DATAS ER DATAG EBL ADDR7 32 EBI DATA ADDR 32 EBI DATA 8111 EBL ADORTI EBI ADDRE 097 EBI ADDRE 007 ER IAM DM ADDRS 98 EBI DATAS EBI ADDRS DATAS HENO LP 3 11 ADDR9 EBI_ADDR10 22 9 009 7 DATATO ADDR10 22 9 009 10 EO DATA ADDR11 MAP 0910 4 DATA11 EBI_ADDR11 ATA pato EBI DATA11 DRAN M 84 ADDR12 36 Q11 48 EBLDATATZ ADDR12 36 Q DATA12 3 11 A
90. 7 3 12 EBLDATAB 3 12 EBLDATA9 3 2 DATATO QQ 312 DATAT2 SS EBLDATAM 3 12 SS EBILDATAI2 312 DATA SS EBLDATA13 3 12 DATATS EBI DATA14 312 EBI 15 3 12 R40 3 3V 433V 433V 33 1 1 C30 C48 C39 E 5 5 5 INTE Bypass Capacitor for Flash J828F128J3D75 OPT TSOP 56 4 E l l l PREUR INTEL 2 12830 150 l I Check MOXA Systems Co Ltd Schematic Function Name FLASH 16M 32M Option Bytes Design Name W341 PCB Part No 1199003410100 m EUR W341 LX Department Auther System Abel Version 14 Date Thursday December 21 2006 Sheet GS l iS SDRAM 4B X 1M X 16 1 PCS 115100020600 smpytes I 57 641620 1 5 5 200MHZ 1 I HY57V641620E L S T P 6 166MHZ I HY57V641620E L S T P 7 143MHZ I 57 641620 1 5 133MHZ BEBE ie 5 64MB Mount 01 02 03 04 1151000226100 16MBytes SDRAM 4B X 2M X 16 1 PCS 359 mount 01 02 1 1
91. 7 35 03 46 00 10 97 865 41 21 78 1 00 66 13 60 35 38 46 00 10 62 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 38 49 Test mode IEEE 802 11g CH06 for IGHz to 25GHz Horizontal Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dBuV m dBuV m dB 2727 08 1 00 11 35 33 9 92 45 25 73 96 53 96 8 71 12187 92 1 00 73 39 60 9 74 49 34 73 96 53 96 4 62 19498 12 1 00 102 46 95 1 70 48 65 73 96 53 96 5 31 21934 79 1 00 177 46 68 3 09 49 77 73 96 53 96 4 19 24371 46 1 00 158 46 37 3 26 49 63 73 96 53 96 4 33 Test mode IEEE 802 112 CH06 for IGHz to 25GHz Vertical Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dBuV m dB uV m dB 2316 67 1 00 42 41 66 8 98 50 64 73 96 53 96 3 32 12187 92 1 00 71 39 44 9 74 49 18 73 96 53 96 4 78 19498 12 1 00 112 47 08 1 70 48 78 73 96 53 96 5 18 21934 79 1 00 159 46
92. 84 40 68 46 00 5 32 291 90 45 70 1 00 53 3 70 42 00 46 00 4 00 483 47 36 46 1 00 185 1 81 38 27 46 00 7 73 768 41 24 26 1 00 171 10 85 35 11 46 00 10 89 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 34 49 Test mode IEEE 802 11b CH11 for IGHz to 25GHz Horizontal Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dB uV m dBuV m dB 2683 33 1 00 341 34 84 9 83 44 67 73 96 53 96 9 29 12308 75 1 00 0 38 27 9 56 47 83 73 96 53 96 6 13 19696 46 1 00 317 46 51 1 81 48 32 73 96 53 96 5 64 22157 92 1 00 208 45 74 3 25 48 99 73 96 53 96 4 97 24619 37 1 00 201 45 89 3 01 48 90 73 96 53 96 5 06 Test mode IEEE 802 11 CH11 for IGHz to 25GHz Vertical Frequency Ant Table Amplitude Correction Corrected Limit Margin H Factor Amplitude Peak Ave Peak Ave Peak Ave MHz m degree dBuV dB m dB uV m dB uV m dB 2343 75 1 00 171 39 67 9 05 48 72 73 96 53 96 5 24 9849 79 1 00 275 35 44 11 93 47 37 73 96 53 96 6 59 19696
93. ART O MOXA CPU SD MMC Interface ARM9 w V O S Linux Win CE USB Interface EPROM I2C MII 0 Vcore 1 8V IO 3 3 RealTek RTL8201CP XTAL 25MHz 10 100 PHY XTAL 32 768KHz SW Button H W Reset B SD Connector use most L XTAL 12MHz 3 3 OSC 14 7456MHz USB HUB Digital Out GPIO 22 5V 3 3V TXFR XTAL 30MHz Relay bad bush XTAL 40MHz USB Wireless LAN 5 External RTC XTAL 32 768KHz TPS3823 Reset IC LED Indicator TXD1 14978 AMS 1117 3 3 02 1 8V 900 SW LED l WLAN L4978 5V 2A ST1 For GPRS Module e LT3724 3 9V MOXA Systems Co Ltd Design Name Schematic Function Name W341 Block Diagram PCB Part No 1199003410100 W341 LX Department Auther Version System Abel 1 Date Tuesday April 17 2007 Sheet 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 12 11 11 11 11 11 11 11 11 i11 11 12 12 12 12 12 SDM CLKO SDDR SDDR SDDL SUB1
94. Bm 2 412 to 2 462 G IEEE802 11g 6 Mbps 90 dBm 54 Mbps 73 dBm 2 412 to 2 462 G IEEE802 11b 11 Mbps 87 dBm 1 Mbps 94 dBm 54 Mbps with auto fallback 54 48 36 24 18 12 11 9 6 5 5 2 1 Mbps 802 11b supported rates 1 2 5 5 11 Mbps 802 1 1a g supported rates 6 9 12 18 24 36 48 54 Mbps 100 meters at 11 Mbps with no obstructions WEP 64 bit 128 bit WPA WPA2 data encryption Reverse SMA External 2 dBi dipole antenna Infrastructure Ad Hoc Network Communication LAN Protection Serial Communication Serial Port Protection Data bits Stop bits Parity Flow Control Speed 10 100 Mbps RJ45 X 1 auto sensing 1 5 KV built in magnetic isolation protection W311 RS 232 422 485 DB9 male X 1 W321 RS 232 422 485 DB9 male X 2 W341 RS 232 422 485 DB9 male X 4 15 KV built in ESD protection for all signals 5 6 7 8 1 1 5 2 None Even Odd Space Mark RTS CTS XON XOFF RS 485 ADDC 50 bps to 921 6 Kbps including all nonstandard baudrates ThinkCore W311 321 341 Hardware User s Manual Introduction LEDs System Ready SD activity for W321 and W341 only WLAN Enable signal strength LAN 10 M Link 100 M Link Serial TxD RxD Power Requirements Power Input 12 to 48 V Power Consumption W311 250 mA 212 VDC 3 W W321 300 mA 12 VDC 3 6 W W341 540 mA 12 VDC 6 5 W Mechanical Dimension without wall mount ear or antenna W x D x H W311 67 X 100 4 x 22 mm W321 77 X 1
95. Bottom View SPI CLK lo HEAD2P JP2 BOOT R4 1 1 0603 1 2 1 Ou Qk HEAD2P 51 RESET GPRS SWITCH Systems Ltd Design Name Schematic Function Name W341 GPRS PCB Part No PCB Part No lt Specification gt Version 1 0 Department Auther System Abel Sheet Date Friday September 22 2006 Vds 04 100063 10x12 SI7850DP 60V 27nC DCVIN Vds 60V PowerPAK SO 8 Vin 4 60V 5 Id 4 5A Ta 85C PCB FootPrint Dual Layout Id 6 2A Ta 25C IRF7478PbF 60V 31nC Low ESR Freq 200KHz fixed TC2 50 Ex 4G Cap Need 6D 35 Soft Start Function Jo 40 125C 0 22U 63V TD Eu 225 IRFRO14PbF 60V 11nC NMOS_TO252 8D LZ 15 R34 PSA TG PSA HG 20mils trace width 1105017032000 C27 200KR3 TC3 TO252 GDS CEM4426 60V 24nC SCINSOV3JN 1101200067000 1137241 Vbost Vsw ______ L 22uH PSA PSA_CSS duse EDAD 20V max A2 Grange 3 82512 1W VBATTO DCVIN SND 1006 220M 00025825 P Z xR R25 0R3 New Part 4101025957000 41W 12 x 0
96. Clock AKTR3 R144 ERN coussin i acp Qin REL RC te 1 3 3V JP1 1 FSC 206 Ou Qik HEAD2P 1 114 MLB HH H1608B600 3A 1 115 16088600 C C 43 9 2777775 4 1 110 MLB HH H1608B600 T 1 7 4l Fg 1 4 4 I 1 C57 C49 c47 C15 C59 62 69 56 cs2 65 75 C76 C77 C78 C72 C74 c73 css 1 19 SA sp pou qe isa S i SiS b zr sos s rs S MOXA Moxa Systems Co Ltd S 5 5 5 5 5 5 5 5 5 5 3 5 i Design Name Schematic Function Name RZ a I W341 MCPU Power GPIO AGND average PCB Part No 1 CP Fg l 1199003410100 W341 LX placement U 4 4 4 E Department Auther 4 corner 3 3V by Pass 1 System Abel ae Se See Date Wednesday December 27 20 5 5 656324 UR2 RXD 1 2 RXD 2 RS232 PORT 1 URZ CTS 3 4 5 2 5 6 DSR 2 UR2 DCD 7 8 DCD 2 RA10 OPT R87 UR2_TXD 7 8 TXD 2 RIS 5 6 RTS2 URZ DTR 3 4 DTR 2 u17 1160032433201 1 2 SN65C3243 TSSOP28P 28
97. D45 TVS V18MLAO603 OP CTS C3 D12 TVS 7 18 0603 RA 10 R101 DTR C3 D42 UR3 485 DAO 1 _2 485 h TVS_V1A8MLA0603 OPID UR3 485 DBO 3 4 UR3 485_DB0 C3 1118000000300 UR3 422 0 5 6 UR3 422 TDBO C3 VRD0603 UR3 422 TDAO 7 8 UR3 422 TDAO C3 US MES Free ESD Transient Voltage mi og Surge Suppressors DB9M 82 us 30 UR3 422 TDAO C3 DCD C3 DSR C3 UR3 422 TDBO C3 RXD C3 RTS C3 10 UR3 485 080 TXD C3 11 m UR3_485_DA0 C3 WA 33R5 R98 Port 2 MOXA Systems Co Ltd Design Name W341 Schematic Function Name RS232 422 485 Port 1 2 PCB Part No 1199003410100 W341 LX Department System Auther Abel Version 1 1 Date Wednesday December 27 20D6Sheet 5 5 656324 UR4_RXD 4 2 RXD 4 RS232 PORT 3 CTS 4 5 4 UR4 DSR 5 6 DSR 4 DCD 7 8 DCD 4 RA10 OPT R94 UR4_TXD 7 8 TXD 4 RIS 5 6 RTS DTR 3 4 DIRS U21 1160032433201 SN65C3243 TSSOP28P TER T B 28 vec 28 4 o scamnsovazy T 1 24 CIN yp 2 C114 1 cap NH Scbasutevazy 2 SCD33U16V3ZY 2 GND 4 16 ROUT1 RIN1 4 UR4_CTS ROUT2 RIN
98. DDR12 A12 DQ12 EBr DATATA A12 DQ12 EBI DATA12 3 11 DQ13 DQ13 EBLDATAI3 311 EBI ADDR13 __ 20 EBI DATA14 EBIADDRI3 20 EBI_DATA14 BAT 0015 EBLDATAIS lt BAT 0015 EBLDATAIS 311 WER 5 GRE SDM cL 41 EBI WER WE scie SDM CLKO 3 3 SDM CAS amp SDM RAS cas CKE amp SDM 3 EBI CAS s SUM RAS CAS XLL SDM XX SDM CKE B M SOM RADE SDM_CS O 19 RAS R167 Bet Ree SDM CS 19 RAS R67 3 SDM_CS 0 ICS 3300 3 SDM ICS 330 0PT 3 EBI_BE O amp LDQM Nc 9 3 EBI_BE 0 LDQM 40 3 EBI 1 BIL 39 UDAM 3 EBI 1 39 UDAM VDD1 vssat VDD1 vssat ed VDDQ1 VSSQ2 VDDQ1 VSSQ2 VDDQ2 VSS1 VDDQ2 VSS1 VDD2 VSS2 VDD2 VSS2 VDD3 5503 VDD3 5503 VDDQ3 VSSQ4 VDDQ3 VSSQ4 VDDQ4 Vss3 VDDQ4 Vss3 4 2M 16 4 2M 16 Sav TSOP54P Check SDRAM U2 04 024 u10 3 11 EBI ADDRO AO Dao 3 11 ADDRO AO Dao EBI_DATA16 3 3 11 EBI ADDR1 4 3 11 EBLADDR1 DQ1 EBLDATAt7 3 5 ADDRZ 25 EBL DA K Z EBI ADDRZ 25 DATA1B EBLADUNE EBI ADDR3 26 2 592 EBI DATA BLADDERS EBI_ADDR3 26 2 EBI_DATA19 Pt EBI ADDRS Q4 io
99. E EBI DATA16 Y amp D 2 2 EBLDATAT 4S EBLDATATS 12 4 111 SMC_OE lt lt 1 suc EBI DATA17 ve on EBLDATATS SO 12 RA10 R151 EB DATA18 Ye n RIGS EBLDATATS lt EBIDATATB 12 ADDRO 1 22 via DATA19 15 8 EBLDATA2U SO EBI DATAT9 12 ADDRO EB ADRI 2 A Y13 ADDRO 20 551 2 EBI DATT SS EBI DATA20 12 ADDR1 3 oa 12 ADDR1 EBI DATA21 we D 3 EBLDATADZ SS EBLDATA21 12 ADDR2 ELA 5 6 m W12 ADDR2 DATA22 555 8 DATA22 12 7 8 V12 sh Controller Y4 7 8 DATA23 12 ee eee EBI_ADDR4 1 2 R74 4 012 EBLADDRS EBL DATAZ 1 D24 1 2 EBI DATA24 EBI_ADDR4 2 U12 EBI ADDR4 EBI DATA24 2 EBI DATAOS EBI DATA24 12 EBI_ADDR5 EBLADDR6 T EBI DATA25 14 D26 EBLDATA26 SO EBI DATA 12 EBI_ADDR6 EBLADDR7 s AT na EBI DATA26 D27 5455 EBLDATA27 49 EBLDATA26 12 7 8 6 12 1 8 EBI DATA27 12 EBL ADDR R140 AB DATA27 D28 28 1 2 0 18 1 1 2 QQ EBI DATA28 12 ADDRS EBLADDR9 3 4 A9 WA DATA28 R4 D29 3 4 EBLDATA29 EBLI ADDR9 EE m DATA29 ED EBLDATA20 12 ADDR10 ADA 3 EBI DATA30 E Ere L EBLDATAST SS 12 Fe apna EBI_ADDR12 1 2 R66 AT2 EBI 1 EBLDATA3M 12 E EBI_ADDR13 3 4
100. EBI ADDR13 EB ADR Au EBLADDR 3 EBI ADDR14 5 EC E ADDR16 1 RAT 132 A16 BUS EBI_ADDR16 EBI_ADDR16 EBI_ADDR17 3 n W2 EBI ADDR17 EBI_ADDR17 EBICADDR18 5 6 A18 1 E EBI_ADDR18 EBI_ADDR18 EBI_ADDR19 1 8 A18 EBI EBI_ADDR19 EBI_ADDR19 EBI_ADDR20 1 2 R62 20 y2 ADDR20 EBI ADDR20 EBLADDR21 3 4 1 Vt EBI_ADDR21 EBI ARBDROT EBI_ADDR21 5 6 U4 EBI_ADDR22 EBI_ADDR22 EBI_ADDR23 7 8 A23 EBI ADDR23 EB ABBR24 24 EBI ADDR23 ADDR24 02 EBI ADDR24 EBLWE 10R3 R145 wa PENER EBI_BE 0 1083 R157 BE O wig EBIWE EBI_BE O EBI_BE O 10R3 u13 EBLI EBI_BE 1 EBLBE 2 10R3 R49 BE 2 Ue EBI_BE 2 EBI_BE 3 10R3 R138 BE 3 y4 2 EBI_BE 3 EBILBE 3 MOXA CPU 292BGA A21 A21 A22 4 A23 4 A24 4 Moxa Systems Co Ltd Design Name Schematic Function Name W341 MCPU SDRAM FLASH Controller PCB Part No W341 LX 1199003410100 Department Auther Version System Abel 14 Date Wednesday December 27 2006Sheet 3 4K7R3 R60 9
101. EP64 WEP128 WEP256 AES CCM TKIP that comply Wi Fi and IEEE 802 11 defined standards ZD1211 considers the power management issues in WLAN applications and USB certification It provides the lower power consumption for WLAN in power saving mode and USB suspend mode ZD1211 can operate in the mode of station and access point It can fit to feature demand in different WLAN applications Optional 16 bit host interface is provided This interface can connect to the memory bus of host processor It will be useful in embedded application USB 2 0 WLAN adaptor 32K EEPROM 1 802 11 supported speed and modulation Standard Note cesa JOFUMEPSK 6 Mops 6 eeskorbw 2 OFDMQPSK 12Mbps 12Mbps ____ 2 OFDM OPSK 18 Mbps 18 ____ A OFDM T6QAM 24 Mbps 24 Mbps 16QAMOFDM 12 160M 35 Mbps 36 Mbps OFDM 42 Mss 48 Mbps 2n QAWOFDM a buo DSssDEPSK Mes persuosss ck cox it Mbps ____ Pacc apsk Me 55 7 wo ju ju UO OSSSDEPGK I Wipe 1 persxeRe ness DSSSDCPSK 2Mbps 2Mbps DOPSKERP 0555 _______ CCK 55Mbps 55Mbps
102. EUT 1546 in p gw Iren c NYMI 55 so tul 1 il jajetu ro 1 UT Liv 4 21 93 5 gon Z AU Ho y m 95 n hp 55 Dun miniis cepa nam 11311111117 gt me uU 1 1 29 3 st 3 Er i ea condi FCC ID SLEW341 Applicant Moxa Technologies Co Ltd Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Internal Photos of EUT 1616 851 9 DENI H 61 i Q SAPE 91 11 el eo CETT 2 9 mnt MOXA ART D2GAA 010 596066 Lm 8918 LUUD eznz 512 APTE ju nnm pnm mmur af Le 9 28 A n R130 _ 138 SLEW341 FCC ID Co Ltd Moxa Technologies Research Co Ltd TEL Applicant 86 2 26934440 86 2 26935155 Fax ining Tra EXHIBIT K RF Exposure Calculations Measurement of Maximum Permissible Exposure 1 3 Measurement of Maximum Permissible Exposure 1 Foreword In adopt with the Human Exposure IEEE C95 1 and according to the FCC 1 1310 The Maximu
103. GEI 3 2 Connecting the RO pie E ub eee ed 3 2 Grounding the Unit tette iet e E Peer di 3 2 Connecting Data Transmission Cables eene 3 3 Connecting to the Network eese tte erede de 3 3 Connecting to WLAN itae D RR NO OE EUREN 3 3 Connecting to a Serial Device eere eene nennen nennen enne 3 4 Serial Console c tenant d d at 3 4 SD Slot W321 W341 3 4 USB W34l only 3 5 Relay Output W341 eee ree ecd E He ene eH eite 3 5 FCC Warning Statement roe cete A 1 Service Informatio isi lya u etlam B 1 MO XA Titenet SerVISeSUu n u n ener a nennen nennen trennen nnne B 2 Problemi Report Form teta REI Suq eee B 3 Product Return 4 1 Introduction The ThinkCore W300 Series is a line of wireless RISC based embedded computers that feature 802 11a b g WLAN RS 232 422 485 serial ports and an Ethernet port in a small rugged chassis In addition the W321 and W341 models feature an SD slot and the W341 features two USB 2 0 hosts and one relay output channel As part of the W300 Series your embedded computer is ideal for diverse machine to machine embedded applic
104. KE 3 3 SDM RAS 3 SDM 48 RAS E SDM_CS 0 19 R143 SDM CS 1 19 3 SDM _CS 0 ICS 3300 0 3 SDM CS 1 ICS 3 EBI_BE 2 LDQM Nc 40 3 EBI 2 LDQM Nc 40 Roo d 3 Cis 3 EBI BE 3 E VDD1 vssat T OBS VDD1 vssat 56 VDDQ1 5502 VDDQ1 VSSQ2 ones VDDQ2 VSS1 DP VDDQ2 vsst VDD2 vss2 VDD2 vss2 VDD3 VSSQ3 VDD3 VSSQ3 5504 VDDQ3 VSSQ4 VDDQ4 Vss3 VDDQ4 Vss3 4 2M 16 4 2M 16 3 3V i T 43 3V gt C176 jd C95 C50 C53 C25 103 _ lt 330uF 6 3V 27212727272 47 MOXA Systems Co Ltd 5818585818518 Schematic Function Name SDRAM 64M 128M Option Bytes BRE W341 LX Design Name W341 PCB Part No 10UA0V 10UA0V 1199003410100 Department Auther System Abel Date Wednesday December 27 20 BORNE EEPROM SPI Interface
105. LAMMABILITY sec C 24 23 50 94 0 OK E 24 125 94 0 DIELECTRIC BREAKDOWN KV 40 t 60 THIS IS TO CERTIFY THAT THE MATERIAL BEING FURNISHED TO YOU MEETS THE IPC 4101A THE RESULTS OF THIS QUALITY TEST REPORT IS PASS http www smartant com _ TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com All rights reserved by SmartAnt Telecom Co Ltd wwe O OOOD UU C SmartAnt Telecom Co Ltd Environment Related Substances Report Product Description Antenna SmartAnt P N 5 05 220420 Customer P N 2006 9 4 p a oos 2006 9 4 SmartAnt Telecom Co Ltd ENVIRONMENT RELATED SUBSTANCES TO BE CONTROLLED SAA05 220420 N D N D 2004 1528 N D N D CE 2006 10629 N D N D 2005 40050 Pass 2006 63956 Phos Bronze N D x 2004 1498 Au Plating N D ND X X CE 2006 63959 Connector HD PE N D ND ND N D CE 2005 83039 D ND D ND D ND D Pass Pass Pass Pass Pass Pass Antenna Components Pass NBR N N D CE 2004 53035 CE 2005 92596A 7 Carton CE 2006 41802 CE 2006 47581 Pass Pass Pass X Pass X Pass Pass N D N D N D N D N D N D N D D Pass
106. RITSU 6200175476 12 11 07 5 4 Test Result of Bandwidth Channel 802 11b 802 11g 01 11 72 MHz 16 80 MHz 06 11 76 MHz 16 80 MHz 11 11 72 MHz 16 80 Note 1 data in the above table are summarizing the following attachment spectrum analyzer hard copy According to the guidance we d made the measurement with the spectrum analyzer s resolution bandwidth RBW 100kHz and set the span RBW The results show the measured 6dB bandwidth comply with the minimum 500kHz requirement 2 The attachments show these on the following pages Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 22 49 6dB Bandwidth of Channel 1 The minimum 6dB BW at least 500kHz IEEE 802 11b IEEE 802 11g Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 6dB Bandwidth of Channel 6 The minimum 6dB BW at least 500kHz IEEE 802 11b IEEE 802 11g Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 24 49 6dB Bandwidth of Channel 11 The minimum 6dB BW at l
107. RP SMA Plug Environmental amp Mechanical Characteristics Temperature 10 C to 55 C Humidity 95 55 C Radome color Black Weight 9g Dimensions 79 x 35 3 x 10 mm http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000_ E mail service smartant com 102 14 8 e 35 3 H plane Co polarization Pattern 5 04 5 0 V plane Co polarization Pattem 90 4 GHz 60 45 GHz 54 25 GHz 9 All rights reserved by SmartAnt Telecom Co Ltd P1 Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Radiation Pattern 1 2 H plane Co polarization Pattern 24 GHz 2 45 GHz 2 5 GHz 4 9 GHz 5 1 GHz 5 3 GHz 5 5 GHz 5 7 GHz 30 s59 GHz http www smartant com _ TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com aa All rights reserved by SmartAnt Telecom Co Ltd P2 Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Radiation Pattern 2 2 V plane Co polarization Pattem 90 24 GHz http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com On All ri
108. RS 485 Pin RS 232 RS 422 2 wire 1 DCD TxDA TxDA 2 RxD TxDB TxDB du 3 TxD RxDB RxDB DataB 4 DTR RxDAC RxDA DataA 6789 5 GND GND GND GND 6 DSR Em Em 7 RTS 8 CTS m E m Serial Console Port The serial console port is a 4 pin pin header RS 232 port It is designed for serial console terminals which are useful for viewing boot up messages Serial Console Port amp Pinouts Serial Console Cable Pin Signal 1 TxD RxD ap 3 NC 4 GND m SD Slot W321 and W341 only Both the ThinkCore W321 and W341 include an SD slot for storage expansion The SD slot allows users to add up to 1 GB of additional memory by inserting a Secure Digital SD memory card compliant with the SD 1 0 standard To install an SD card remove the cover in order to access the slot Insert the SD card into the slot and push it in until it clicks To remove the card push the card in until it clicks to release then pull the card out 3 4 ThinkCore W311 321 341 Hardware User s Manual Hardware Connection Description SD Slot SD Slot USB W341 only The ThinkCore W341 includes two USB 2 0 hosts These hosts can be used for an external flash disk or hard drive in order to store large amounts of data Relay Output W341 only The ThinkCore W341 includes a relay output channel There is a 3 pin o 8 o ter
109. SD slot X 1 USB W341 USB 2 0 host X 2 Relay Output Form C SPDT X 1 Normal switching 2 230 VDC capacity 60 W max Switching power 220 VDC max Switching voltage 2 A max Switch current 4 ms 20 C Operation time 100 Mohm max Initial contact resistance Console port RS 232 X 1 TxD RxD GND 4 pin header output 115200 n 8 1 Button Reset button X 1 supports Reset to Factory Default Others RTC buzzer Watchdog Timer OS W311 wClinux based on Linux Kernel 2 6 W321 based on Linux Kernel 2 6 W341 Built in Embedded Linux with MMU support ThinkCore W311 321 341 Hardware User s Manual Introduction WLAN Communication Standard Compliance Radio Frequency Type Radio Frequency Band Media Access Protocol Modulation Transmission Power Typical Receiver Sensitivity Typical Transmission Rate Transmission distance Security Antenna Connector Antenna WLAN Mode 802 11a b g DSSS CCK OFDM 802 11a 5 15 to 5 25 GHz Indoor used only 802 11b g U S Europe and Japan product covering 2 4 to 2 484 GHz Carrier Sense Multiple Access with Collision Avoidance CSMA CA 802 11a g OFDM 64 16 QAM QPSK BPSK 802 11b DSSS DBPSK DQPSK CCK 5 15 to 5 25 GHz 15 dBm 6 Mbps 12 dBm 54 Mbps 2 412 to 2 462 GHz IEEE802 11g 17 dBm 6 Mbps 15 dBm 54Mbps 2 412 to 2 462 GHz IEEE802 11b 18 dBm 1 to 11 Mbps 5 15 to 5 25 GHz 6 Mbps 90 dBm 54 Mbps 72 d
110. TC B GRANT OF EQUIPMENT TC B AUTHORIZATION Certification Issued Under the Authority of the Federal Communications Commission By Timco Engineering Inc 849 NW State Road 45 P O Box 370 Newberry FL 32669 Date of Grant 05 16 2007 Application Dated 05 15 2007 Moxa Technologies Co Ltd 4F No 135 Lane 235 Pao Chiao Rd Shing Tien City Taiwan Attention Jackie Shi Manager NOT TRANSFERABLE EQUIPMENT AUTHORIZATION is hereby issued to the named GRANTEE and is VALID ONLY for the equipment identified hereon for use under the Commission s Rules and Regulations listed below FCC IDENTIFIER SLEW341 Name of Grantee Moxa Technologies Co Ltd Equipment Class Digital Transmission System Notes RISC BASED READY TO RUN WIRELESS EMBEDDED COMPUTER Frequency Output Frequency Emission Grant Notes FCC Rule Parts Range MHZ Watts Tolerance Designator cc 15C 2412 0 2462 0 0 076 Power listed is conducted The antenna s used for this transmitter must be installed to provide a separation distance of at least 20 cm from all persons and must not be co located or operating in conjunction with any other antenna or transmitter Users must be provided with antenna installation instructions and transmitter operating conditions for satisfying RF exposure compliance CC This device is certified pursuant to two different Part 15 rules sections For Timco Use Only Timco Engineering Inc Job Number Scope TCB Applic
111. The built in WLAN function supports the 802 11a b g standard providing transmission security with WEP WPA and WPA2 The backup LAN port not only provides an alternative solution for networking but also supports Ethernet clients allowing any network device to plug in and connect to the WLAN The built in RS 232 422 485 serial ports support a wide range of serial devices making this platform suitable for data acquisition and protocol conversion applications The Linux based operating system comes pre installed and ready to run providing an open platform for software development Software written for desktop PCs can easily be ported to W300 Series embedded computers by using a common complier so little time is spent modifying existing software code In addition the operating system device drivers and user developed software can all be stored in the built in flash memory Package Checklist The ThinkCore W300 Series includes the following models ThinkCore W311 LX A small RISC based ready to run wireless embedded computer with WLAN one serial ports Ethernet and wClinux OS ThinkCore W321 LX A small RISC based ready to run wireless embedded computer with WLAN two serial ports Ethernet SD slot and uClinux OS ThinkCore W341 LX A RISC based ready to run wireless embedded computer with WLAN four serial ports Ethernet SD slot USB port relay output and Linux OS Each model is shipped with the following items ThinkCore W
112. USBH DM UR4_TXD PCI_AD19 7 LQ 7 16 K MOM D 42K 1 R3 Ree 13 USB lt lt USBH_DM USBH RREF UsBH RREF URS 485EN2 PCI AD20 Bun CURS 485EN2 7 aa UR5 485EN1 PCI AD21 URS 485EN1 7 1 C35 i USBH_XSCI USBH XSCI eee UR5 485ENO PCI AD22 E20 ENS lt URS 485ENO 7 4 URS 232 AD23 E12 UR5232EN 7 USBH XSCI AGND USBH XSCO xsco F G18 USBH VCCHRST UARTS URS UR5 DCD 3 3V O E4 USBH_VCCHSR URS DCD PCI AD25 H URSDCD 7 l UR5 DSR PCI AD26 222 URS DSR UR5 DSR Ul USBH GNDHRST 34 UsBH GNDHSK URS DTR PCI AD27 D19 UR5_DTR 7 1 gt URS CTS PCI AD28 218 UR5 CTS 7 I C36 x E E18 URS RTS I 4 URS 5 AD29 UR5 RTS m AGND UR5 RXD PCI AD30 HEIZ 7 16 1 UR5 TXD USBD DP URS TXD PCI AD31 UR5 TXD 7 16 12K_1 R3 R53 PGLREQA B USBD RREF K1 USBD_RREF PCI REQ 2 B20 PCI REQ 4 C20 Se T POINT R H xsci USBD AGND PCI FRAME amp 1H8 TP6 4 usBD xsco PCI TRDY amp 9 USBD VBUS PCI_IRDY 20 M3 usgp vBUS PCI 120 33V USBD_VCCHRST 12 PCI DEvsEL 3 USBD VCCHSR TP7 T POINT R USBD GNDHRST ia seio ase C32 AGND CPU 292BGA 433 I I I I t 141 vcc our 8
113. VE ot SW Indicator LED Green 1 1 07 GREEN 3C i sw ep lt lt SWLED_RDY K A i J3 sts dud 1 014 GREEN 3C i wlan c A RA470 R12 l UR4_TXD 5 WLAN e UR5 TXD URS 2 SW LED RDY m a WLAN 572 NEN 4 2 13 14 ST4 sri m TX1 D20 LED Green i 15 16 1 875 sni 17 18 sn lt 4 1 1 4 AQ e 2 0mm DIP PIN Header B D19 LED Green 43 3V e TX2 ST2 572 24 I MS J2 1 l 013 LED Green GPRSON OFF 1 2 1 I giemsovor gieo 11 Reset eee gm s 873 4 3 DTR RTS C1 5 6 Ct 3 RTS C1 DCD C1 1 8 RXD C1 B RX3 CTS C1 9 10 DSR C1 D6 LED Green 33V 3 CTS C1 1 12 13 14 ST4 574 15 16 e lt 774 I 15 5 6 3 4 E RX4 05 LED Green DCVIN 2 0mm DIP PIN Header I 575 lt wit RA470 R11 81 PIN Ef NEMORE ECCE t p m 4 MOXA Systems Co Ltd Design Name Schematic Function Name W341 LED Indicator PCB Part No
114. W341 CPU 6L V1 0_1 Label k OO oO A So U26 amp lt CN4 U12 U10 U15 U24 U28 U25 U29 U30 U32 U33 U34 U35 U36 U37 U16 U17 U18 U20 U21 U22 U23 gt EXHIBIT H Block Diagram 5 4 3 2 1 W341 Ver 1 0 Port 4 Port 3 Port 2 Port 1 D SDRAM 64 128M Flash 16 32M E c eS E zs 3 3 1 Line Driver RS 232 Line Driver 5 232 Line Driver RS 232 Line Driver SN65C3243 x 1 RS 422 I SN65C3243 x 1 RS 422 SN65C3243 x 1 RS 422 SN65C3243 x 1 I SN75HVD07D x2 RS 485 SN75HVDO7D x2 RS 485 SN75HVD07D x2 RS 485 SN75HVD07D x2 1 1 1 1 1 1 lesen cse 2222247 2 i UART 5 UART 4 UART 3 UART 2 UART O MOXA CPU SD MMC Interface ARM9 w V O S Linux Win CE USB Interface EPROM I2C MII 0 q Vcore 1 8V IO 3 3V RealTek RTL8201CP XTAL 25MHz 10 100 PHY XTAL 32 768KHz SW Button H W Reset d SD Connector 3 3V XTAL 12MHz 3 3 OSC 14 7456MHz USB HUB Digital Out GPIO 22 5V 3 3V TXFR XTAL 30MHz Relay 2 4 baie EZ bush XTAL 40MHz USB Wireless LAN 5 External RTC XTAL 32 768KHz TPS3823 Reset IC LED Indicator TXD1 14978 AMS 1117 3 3 02 1 8V 900 SW LED l WLAN L4978 5V 2A ST1 For GPRS Module e LT3724 3 9V MOXA Systems Co Ltd D
115. XD 4 6 UR3 TXD 1 4 7 4 7 UR5 TXD I 5 SW_LED RDY I 5 STi 5 ST 5 18 j 20 1 2 0 SMD PIN Header I 3 3V 1 l l 1 2 lt UR2_RXD 4 6 3 4 UR3 RXD 4 6 5 6 2 UR4_RXD 4 7 1 8 lt 6 URS_RXD 4 7 9 10 LS WLAN 5 11 12 9512 5 13 14 ST4 5 15 16 17 19 J1 81 PIN 7EA 4 GPRS ON OFF GPRS ON OFF 1 2 RESET M C RESET 1 9 11 8 DTR C1 BREEN 3 4 Q2TXD C1 8 RISCA 5 6 RECT in 8 DOD I 8 RXD C1 _ QORXD C1 8 8 DCD C1 1 a REEL o 8 5 1 Tm A DSR C1 8 i 13 14 15 16 AL 18 19 20 i DCVIN 2 0mm SMD PIN Header MOXA Systems Co Ltd Design Name Schematic Function Name W341 PIN Header to Top PCB Part No 1199003410100 W341 LX Department Auther Version Size System Abel 14 Custom Date Thursday December 21 2006 Sheet 16 of 17 06 10 11 1 Relay Circuit Change R8 as 100 ohm Add Q2 2N3904 Change R7 as 0 ohm 2 USB Port removed 130 121 122 01 02 Mount L31 L20 L23 as 0 ohm 3 Reset Circuit Add R194 4 Relay connector re
116. _232EN vcc C1 C2 C3 CA 33V 0 1 uF 0 1 uF TTE RS232 5V 0 047 uF 0 33 uF 3 0 55V 0 1uF 0 47 uF SN65C3243 40 85 SN75C3243 0 70 UR2_485_DA0 C2 RIB A2 UR2 485 080 2 6i R0603 1200 10KR3 8156 SN75HVD07DR 6 9 029 5V isokma R172 um 4 veo LA fo UR2 485EN2 amp 2 REN p UR2 485 DAO _ UR2 486 1 lt lt 3 TEN p S DEO RS422 Receiver Data 4 T GND 5 45V UR2 TXD 150KR3 R173 417 45V 4 UR2 485ENO lt lt 3 RS422 Send Data H4 5V 9 45V CU OU 5 75 05 40 SN75HVDO06 1 SN65HVD07 40 85 SN75HVD07 5 75 07 0 70 bypass near to SN75HVD07DR R190 485 DAO Q3 2083 485 080 3 R0603 1200 10KR3 R84 SN75HVDO7DR U34 5V isokma3 R189 UR3 TB pem v S __ 4 485EN2 lt lt REN D URS 485 DAO 4 UR3_485EN1 lt lt 3 TEN p 6 Uo 485 080 RS422 Receiver Data 4 5 45V UR3 150KR3 R191 4T GND O 45V 4 UR3 485ENO 3 TEN p 6 1983 422 0 REN x URS 422 RS422 Send Data 4 REN D Le v
117. analyzer or EMI receiver was connected to the AC line through an isolation transformer The 50 ohm output of the LISN was connected to the spectrum analyzer directly Conducted emission levels were in the CISPR quasi peak and average detection mode The analyzer s 6 dB bandwidth was set to 9KHz No post detector video filter was used The spectrum was scanned from 150KHz to 30MHz The physical arrangement of the test system and associated cabling was varied within the scope of arrangements likely to be encountered in actual use to determine the effect on the unit s emanations in amplitude and frequency All spurious emission frequencies were observed The highest emission amplitudes relative to the appropriate limit were measured and have been recorded in paragraph 4 3 There is a test condition apply in this test item the test procedure description as 1 3 Three channels were tested one in the lowest one in the middle CH06 and the other in highest CH11 for IEEE 802 11b g The setting up procedure is recorded on lt 1 3 gt Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 15 49 3 2 Listof Test Instruments Calibration Date Instrument Name Model Brand Serial No Next time EMI Receiver 8546A HP 3520A00242
118. ation Form 731 Date Filed Rev 22 June 2004 Conf Grant Note Shaded areas are REQUIRED Item 1 Applicants complete legal business name Moxa Technologies Co Ltd Applicant s FCC Registration Number FRN 0011 6507 85 Item 2 Applicants mailing address fill in fields as appropriate Line 1 4F No 135 Lane 235 Pao Chiao Rd Shing Tien City Line 2 Taiwan R O C P O Box City Shing Tien City State Country if foreign address Zip Postal Code Taiwan 231 Item 3 Applicant Contact Person First Name Jackie Last Name Shi Title Manager Telephone 886 2 8919 1230 E mail Jack_Shi moxa com tw Fax No 886 2 89 19 1231 Item 5 Application Contact All questions regarding the application will be directed to this contact The Original Grant and Invoice will be sent to this contact Firm Name Telephone Ext Fax No Training Research Co Ltd 886 2 26935155 32 886 2 26934440 First Name Jack Middle Initial Last Name Tsai Address Line 1 1F No 255 Nan yang Street P O Box Address Line 2 Shijr City Taipei Hsien City State Country if foreign address Taiwan Zip Postal Code 221 E mail Telephone Fax Item 7 SHORT TERM request Does this application include a request for SHORT TERM confidentiality for any portion s of Yes No the data contained in this application pursuant to FCC DA
119. ations It enables wireless operation of traditionally wired network and serial devices and not only provides transparent data transfer but also numeric computing protocol conversion data processing and even data encryption You will find it easier to build embedded systems for distributed peer to peer communication turn wired devices into wireless devices and introduce higher mobility and more intelligence to your system In this chapter learn about the capabilities of the embedded computer This chapter covers the following topics Overview Package Checklist Product Features Product Hardware Specifications Hardware Block Diagram gt ThinkCore W311 gt ThinkCore W321 gt ThinkCore W341 ThinkCore W311 321 341 Hardware User s Manual Introduction Overview The ThinkCore W300 Series wireless embedded computer is designed around the MOXA ART ARMO 32 bit RISC processor Unlike the X86 CPU which uses a CISC design the ART ARM9 uses RISC architecture and modern semiconductor technology to provide a powerful computing engine without generating significant heat The processor also integrates UART and LAN functions to provide exceptional communication performance but without the bus bandwidth limitations associated with general ARM based communication products On board NOR Flash ROM and SDRAM provides ample storage capacity and for select models the SD slot gives applications extra room to expand
120. co la HSOKR3 va U35 sN7sHvbozbR 9 1160004853200 sosP Signaling Rate d SN75HVDO5 40 Mpbs SN75HVDO6 10 Mpbs SN75HVD07 1Mpbs SN65HVD07 40 85 SN75HVDO7 0 70 bypass near to SN75HVD07DR RA 10 6166 RXD 2 1 22 RXD C2 D21 CTS 2 3 4 CTS C2 TVS 7 18 0603 DSR 2 5 6 DSR C2 D22 DCD 2 1 8 DCD C2 TVS 7 18 0603 SGND C2 D28 TVS 7 18 0603 TXD 2 1 8 TXD C2 D27 RTS 2 5 6 RTS C2 TVS 7 18 0603 DTR 2 3 4 DTR C2 D24 1 2 TVS V18MLAO603 OP I9 D23 R93 TVS 7 18 0603 025 R92 TVS 7 18 0603 UR2 485 DBO 1 _2 UR2 485 080 2 D26 UR2 485 DAO 3 4 485_DA0 C2 TVS 7 18 0603 UR2 422 0 5 6 UR2 422 TDBO C2 1118000000300 UR2 422 TDAO 7 8 UR2 422 2 VRD0603 DB9M 85 125 CAP Free ESD Transient Voltage UR2 422 TDAO C2 Htm 952 30A Surge Suppressors UR2_422_TDBO C2 UR2 485 080 2 1 COM G m UR2_485_DA0 C2 DTR C2 SGND C2 ICA 33R5 R97 c RA 10 R176 DSR C3 010 RXD 3 1 22 RXD C3 TVS V18MLAO603 OPRH CTS 3 3 4 CTS C3 RTS C3 D11 DSR 3 5 6 DSR C3 TVS V18MLAO603 OP DCD 3 1 8 DCD C3 SGND C3 D13 _ 18 603 RA10 R102 TXD C3 D43 TXD 3 1 8 TXD C3 TVS V18MLAO603 OP RTS 3 5 6 RTS C3 RXD C3 D44 DTR 3 3 4 DTR C3 TVS V18MLAO603 OP 1 2 DCD C3
121. d Orange 10 Mbps Ethernet link LAN Green 100 Mbps Ethernet link Off Disconnected or short circuit TxD Green Serial ports P1 P4 transmitting data P1 P4 Off Serial ports P1 P4 not transmitting data RxD Yellow Serial ports P1 P4 receiving data P1 P4 Off Serial ports P1 P4 not receiving data Reset Button A ATTENTION Hold the reset button down for 5 seconds to load the factory default configuration After loading the factory defaults the system will reboot automatically We recommend that you use this function only if the software is not working properly To reset the Linux system software always use the software reboot command reboot to protect the integrity of data The reset button is NOT designed as a hard reboot for the embedded computer Restoring default settings preserves your data Resetting the embedded computer to factory defaults will NOT format the user directory and will NOT erase the user s data The reset button only loads a configuration file All files in the ete directory will revert to their factory defaults but all other user data will remain intact in the Flash ROM Please note that if there is a problem with the etc directory the embedded computer may be unable to restore the factory default settings ThinkCore W311 321 341 Hardware User s Manual Hardware Introduction Real Time Clock The embedded computer s real time clock is powered by a lithium battery We strongly recommend that you NOT
122. d repeat the procedures above a Conducted test and Radiated making EUT to the mode of continuous transmission Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 7 49 1 4 Description of Support Equipment In order to construct the minimum testing following equipment were used as the support units PC HP Model No Pavilion t1000 Serial No TWL3320051 FCC ID N A DoC Declaration of Confirmation Approved BSMI R33001 Power type 100 127VAC 200 240V AC 6A 3A 50 60Hz Switching Power cord Non shielded 1 80m length Plastic hood No ferrite core Monitor HP Flat Panel Monitor Model No PE1234 Serial No CNN4120K7T FCC ID DoC Approved BSMI T3A002 Power type 100 240 50 60 Hz Switching Power cord Shielded 1 83m length No ferrite core Data cable Shielded 1 80m length with two ferrite cores Mouse HP Model No M UR89 Serial No 12521750238 DoC Approved BSMI 3892D767 Power type By PC Power cord Non shielded 1 88m length No ferrite core Keyboard HP Model No 5187 0343 Serial No BE21700404 FCC ID DoC Approved BSMI 3892C981 Power type By PC Data cable Shielded 1 73m length Plastic hood No ferrite core Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 269344
123. de Def Yn NT 3 8 Fiber Mode Check Check i TALI E XTAL 499M SMD Collision Detect I AVI Reserved for 8201CL CP LED Mode R1241MR3 Change to Compatible with BL eu L CPMode Def SC22P25V3ZY SC22P25V3ZY H BE mode 3 3V PHY 1 wig 067 qoi ci RATT PHY1 SNIJ 3 3V PHY1_RPTR I P1 AVDD1 L SNIMode Repeater 4 ETH1 COL COL coL _ H_ MIlMode_____ Sa__ E MU EE 4 ETH1_TXEN TXEN X2 4 ETH1 TXD3 XI xi PLC M ru EN 14 2 2 DGND puva mi snu 4 ETH1 TXD1 T TXD1 SNIB ps Mode 4 ETH1 TXDO 0 ISOLATE 4 PLPIN j TXC RESETB 42 4 lt RESET 15 9 13 ETH1_PHYLINK KEHE o EBD PHYAD0 E RETRE PHY1 DUPLEX 3 3Y M ETH P1 LEDI PHYADO PHYI SPEED Ful Duplex Enable L Def PHYT_DUPLEX 1 P1 LED2 DGND DUPLEX TAS MR cl Serer oss LED2 PHYAD2 ANE E ANE _ RD 1 43 3 PLLEDS ________13 LEp3 PHYADS AVDD33 PILAVDD0 EM Mode 66 9 P1 LED amp S 3V 4
124. e W321 gt ThinkCore W341 Dimensions gt ThinkCore W311 gt ThinkCore W321 gt ThinkCore W341 LED Indicators Reset Button Real Time Clock ThinkCore W311 321 341 Hardware User s Manual Hardware Introduction Appearance ThinkCore W31 1 Wireless LAN antenna Ethernet 10 100BaseTx 12 to48 VDC th V LAN MOXA Think re W311 console port Serial Port RS 232 422 485 ThinkCore W321 Wireless LAN antenna Ethernet 10 100BaseTx 12 to48 VDC th Ne V RESET LAN Serial MOXA console port Think ore W321 Internal SD Slot for Storage Expansion remove cover to access Serial Port 1 a Serial Port 2 RS 232 422 485 RS 232 422 485 2 2 ThinkCore W311 321 341 Hardware User s Manual Hardware Introduction ThinkCore W341 Top View Reset Button Relay Output USB 2 0 Host Internal SD Slot for Storage Expansion remove cover to access jeseM HP A A 43 Ethernet Wireless LAN 12 to 48 VDC 10 100BaseTX antenna Front View Wireless LAN antenna Bottom View T RS 232 422 485 T RS 232 422 485 P1 P2 P3 P4 Serial Port x 4 RS 232 422 485 2 3 ThinkCore W311 321 341 Hardware User s Manual Hardware Introduction Dimensions ThinkCore W31 1 22 0 87 in 100 4 mm 3 95 in 137 5 mm 5 41 in 43 mm 1 69 in 67 mm 2 64 in 78 mm 3 07 in 90 mm 3 54 in
125. east 500kHz IEEE 802 11b IEEE 802 11g Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 25 49 VI Section 15 247 b Power Output 6 Test Condition amp Setup BOONTON 4532 RF Power Meter 1 The output of the transmitter 1s connected to the BOONTON RF Power Meter 2 The calibration is performed before every test The values of the output power of the EUT will shown in the dBm directly are the transmitter output peak power Recording as follows 6 2 List of Test Instruments Instrument Name Model Brand Serial No Next time RF Power Meter 4532 BOONTON 117501 05 18 07 Peak Power Sensor 57340 BOONTON 2696 05 18 07 6 3 Test Result Formula RF Output of EUT Cable Loss Output Peak Power Channel RF Output Cable Loss Output Peak Power dBm dBm dBm mW 802 11b 14 37 1 70 16 07 40 46 802 116 CH06 15 43 1 70 17 13 51 64 802 116 15 91 1 70 17 61 57 68 802 11g 16 42 1 70 18 12 64 86 802 116 06 16 88 1 70 18 58 72 11 802 11 17 09 1 70 18 79 75 68 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report
126. easurement generated by our bandedge testing program The plot shown above is the bandedge of channel 11 3 The lobe right by the fundamental side is already 20dB below the highest emission level 4 The emissions recorded in the restricted band is do comply with the Part 15 209 a as below Radiated Corrected Class B 3m Emission Amplitude Frequency Ant Ant H Angle Factors Burm Limit dBu V m Margin MH P dB Peak Average Peak Ave dB 2483 50 Hor 1 00 169 9 44 48 44 73 96 53 96 5 52 2487 82 Hor 1 00 170 9 46 31 29 73 96 53 96 2 67 2500 01 Hor 1 00 338 9 49 44 99 73 96 53 96 8 97 2509 22 Hor 1 00 251 9 51 45 67 73 96 53 96 829 2483 25 Ver 1 00 128 9 44 56 61 49 61 73 96 53 96 4 35 2487 46 1 00 131 9 45 57 96 51 28 73 96 53 96 2 68 2500 01 Ver 1 00 131 9 49 50 49 73 96 53 96 3 47 2509 87 Ver 1 00 131 9 5 50 01 73 96 53 96 3 95 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report IEEE 802 11g Ch01 dBuV 100 95 90 85 80 75 70 65 60 55 50 4 Peaks This is the hard copy of our bandedge measurement generated by our bandedge testing program The plot shown above is the bandedge of channel 1 5 The lobe left by the fundam
127. ental side is already 20dB below the highest emission level 6 The emissions recorded in the restricted band is do comply with the Part 15 209 a as below Radiated Corrected Class B 3m Emission Amplitude Frequency Ant Ant H Angle Factors dBuV m Limit dBu V m Margin MHz P m dB Peak Average Peak Ave dB 2382 62 Hor 1 00 108 9 16 57 16 38 33 73 96 53 96 15 63 2389 47 Hor 1 00 108 9 18 61 68 45 35 73 96 53 96 8 61 2382 93 1 00 48 9 16 64 00 44 49 73 96 53 96 9 47 2389 48 Ver 1 00 45 9 18 69 18 52 35 72 20 53 96 1 61 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 45 49 IEEE 802 11g Chl11 dBuV 4 Peaks 10 100 rA 90 60 50 L 40 Im VT MHz 30 d 245 2483 5 2500 0 255 This is the hard copy of our bandedge measurement generated by our bandedge testing program The plot shown above is the bandedge of channel 11 7 The lobe right by the fundamental side is already 20dB below the highest emission level 8 The emissions recorded in the restricted band is do comply with the Part 15 209 a as below Radiated Correc
128. esign Name Schematic Function Name W341 Block Diagram PCB Part No 1199003410100 W341 LX Department Auther Version System Abel 1 Date Tuesday April 17 2007 Sheet EXHIBIT I Operational Description Operation Principles AL7230 AL7230 is a highly integrated RF transceiver IC for 2 4 GHz and 5 GHz dual band 802 11a b g applications and combines all functions of the transceiver in a single chip AL7230 also integrates on chip PA and PLL with embedded loop filter to help you to minimize the use of external components to design an RF subsystem The receive path includes two single ended input Low Noise Amplifiers LNA and down conversion mixers with DC offset cancellation for both 2 4GHz and 5GHz band and a variable gain amplifier with a baseband low pass filter without the need of external SAW filters The transmitter consists of a up conversion quadrate modulator with a baseband low pass filter a variable gain amplifier and two power amplifiers with power detector and temperature sensor to complete the whole transmit path function for both 2 4GHz and 5GHz band A power on calibration procedure is established to correct the TX DC offset filters mismatch and phase imbalance These functions are housed in a 56 pin QFPN package VCCMIX RFIN2G NC VCCFE 4 RFIN5G PAON gt N 7 RFOUT2P RFOUT2N NC
129. ghts reserved by SmartAnt Telecom Co Ltd P3 Dual Band Omni Directional Antenna Veron for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 s11 F RHRRD REFLECTION TRANSMISSIONS REFLECTION CH 1 811 REFERENCE PLANE H HHHBHB mm SHR KREF 2 HHH H 2BB BBB ml DIM 1 2 4HHHHHHHH GHz 1 448 U 2 2 GHZ 1 282 U j 4 9BBBHBHHH GHZ 1 268 U 4 2 875HBBHBHH GHZ 1 41B U MARKER PEAK NORE 1 996 708 BBB MHz 6 BBH MBH AAA MHZ http www smartant com 886 0 3 583 6000 886 0 3 583 7000 E mail service smartant com ms All rights reserved by SmartAnt Telecom Co Ltd P4 Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Product Drawing N 10 14 821 35 311 http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com aa All rights reserved by SmartAnt Telecom Co Ltd P5 Dual Band Omni Directional Antenna Veron for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Reliability Test Report 1 2 TTT TET Oe SmartAnt Telecom Co Ltd 1 12 HIN IRA SmartAnt Telecom Co Ltd Reliability Test Report Model 5 05 220420 Product Name Dual Band Omni Directiona
130. ical description of the EUT Direct Sequence System is a spread spectrum system in which the carrier has been modulated by a high speed spreading code and an information data stream The high speed code sequence dominates the modulating function and is the direct cause of the wide spreading of the transmitted signal In the operational description demonstrates the operation principles of the Baseband processor employed by the EUT shows that which is a complete DSSS baseband processor and meets the definition of the direct sequence spread spectrum system Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report V Section 15 247 2 Bandwidth for Direct Sequence System 51 Test Condition amp Setup The transmitter bandwidth measurements were performed by the contact manner The EUT was set to transmit continuously also various channels were investigated to find the maximum occupied bandwidth The output of the EUT was connected to the spectrum analyzer The bandwidth of the fundamental frequency is observed by the spectrum analyzer with 100kHz RBW and 100kHz VBW 5 2 Test Instruments Configuration Spectrum Analyzer RBW 100kHz VBW 100kHz PC to control the EUT at maximal power output and channel number and set antenna kit 5 3 List of Test Instruments Instrument Name Model No Brand Serial No Next time Spectrum Analyzer MS2665C AN
131. l Antenna Nickname Frequency 2 4GHz 2 5GHz 4 9GHz 5 875GHz VSWR 2 0 1 Max Test Results PASS NG Approved By Review By Prepared By http www smartant com TEL 886 0 3 583 6000 FAX 886 0 3 583 7000 E mail service smartant com gt All rights reserved by SmartAnt Telecom Co Ltd Dual Band Omni Directional Antenna for 2 4 5 0 5 2 5 6 5 8 GHz Version 2 SAA05 220420 Reliability Test Report 2 2 SmartAnt Telecom Co Ltd Reliability Test Result Page 2 12 Test Group Test Sample No Judgment Composite Cycling Test Temperature Humidity Cold Test High Temperature Test Pull Force Angel Measurement Conclusion All visual inspection is normal and function is ok Reliability Test Specification No Test Duration Temperature Refer to standard Composite Temperature Humidity Cycling Test 65hr 10 55 C 95 RH IEC 68 2 30 Cold Test 10 IEC 68 2 1 High Temperature Test 55 C IEC 68 2 2 Pull Force 235 Smartant Standard Angel Measurement 235 Smartant Standard http www smartant com 886 0 3 583 6000 886 0 3 583 7000 E mail service smartant com All rights reserved by SmartAnt Telecom Co Ltd Dual Band Omni Directional Antenna
132. lamping Voltage 77 0 SC102P2KV18 OPT 4 A MLB_HH H1608B600_3A Co Layout NT 5 6 TC2 EC100U63V 10X12 gt BDA P FUA P S403L BRIDGE_4A SC1 SC5 lt 1 1 1 1 al SCREW p SCREW 6 5 cz 8 5 3 124 5 m 132 8 8 E 52 p E m z SC2 SC4 111 1 11 al SCREW a SCREW 5 2 5 2 2 8 3 m 13 5 3 m 118 8 8 5 ee i 3 i il 3 oS a oS 3 5 z Co Layout DCVIN SC3 lt 1 5 al SCREW 6 p 8 125 FT 28 9 oS Ej 2 I sce lt 1 I l J SCREW 5 8 8 133 2 amp oS 8 MOXA Systems Co Ltd Design Name Schematic Function Name W341 DC12V 48V Input PCB Part No EXE 1199003410100 W341 LX Department Auther Version System Abel 14 Date Thursday December 21 2006 Sheet 14 y cr ca caus XQ Us 57 5 XZ KZ ca Ka XZ GF EZ KZ RA ca EZ XZ KZ 22 wg KZ tx EX RJ PX
133. m Permissible Exposure MPE is obligated to measure in order to prove the safety of radiation harmfulness to the human body The Gain of the antenna used is measured in an Anechoic chamber The maximum total power to the antenna is to be recorded By adopting the Friis Transmission Formula and the power gain of the antenna we can find the distance right away from the product where the limit of the MPE is 2 Description of EUT FCC ID SLEW341 Product name RISC based Ready to Run Wireless Embedded Computer Model ThinkCore W341 ThinkCore W341 LX Classification Mobile Device 1 Under normal use condition the antenna is at least 20cm away from the user ii Warning statement for keeping 20cm separation distance and the prohibition of operating next to the person has been printed in the user s manual Frequency Range 2 412 GHz 2 462GHz Supported Channel 11 Channels Modulation Skill DBPSK DQPSK CCK OFDM Power Type Powered by the switching adapter Manufacture BALANCE ELECTRONICS CO LTD Model GPSA 1200125 I P 100 240VAC 50 60Hz 0 5 O P 12VDC 1 2A Primary 182cm length non shielded without ferrite core Secondary 186cm length non shielded without ferrite core Applicant Moxa Technologies Co Ltd FCC ID SLEW341 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Measurement of Maximum Permissible Exposure
134. ments Instrument Name Model No Brand Serial No Next time Spectrum Analyzer MS2665C ANRITSU 6200175476 12 11 07 8 4 Test Result of Power spectral density The following table shows a summary of the test results of the Power Spectral Density Channel Ppr Cable Loss Ppq Limit Margin dBm dB dBm dB dB 802 11b CH01 3 45 1 70 1 75 8 00 9 75 802 11b 06 3 67 1 70 1 97 8 00 9 97 802 116 CHII 35 55 1 70 3 62 8 00 11 62 802 115 CHOl 15 65 1 70 13 95 8 00 21 95 802 116 14 69 1 70 12 99 8 00 20 99 802 116 15 76 1 70 14 06 8 00 22 06 Note 1 The following pages show the results of spectrum reading 2 Ppr spectrum read power density using peak search mode Ppq actual peak power density in the spread spectrum band 3 Cable Loss Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report Power Spectral Density of Channel 01 IEEE 802 11b IEEE 802 11g Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report Power Spectral Density of Channel 06 IEEE 802 11b L a lt Vm
135. minal block for the relay output connection with pinouts as shown in 9 figure RELAY A FCC Warning Statement This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 this device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation This equipment has been tested and found to comply with the limits for a class B digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment into an outlet on a circuit different from that to which the receiver 15 connected
136. n 330uF 6 3V DPT GS oOK PT 330uF 6 3V OPT 5 de 8 I SP CAP RA470 OPT R34 I 100 10 _ SP CAP ml 12 Fa 5 lt __ x P3GSTAT 7 8 I Co Lay t Ce Layout _ qe ee nee E 5 5 6 11 Co Layout 8 P4GSTAT 3 4 o 1 3 3VUSB PAASTAT _ 1 2 I 1 C13 Co Layout a 3 3VUSB p 3 3VUSB 470 R31 LENNON NOE EEUU ND PUPPES gt I R17 m nn ag a Ng R23 15K 15K ue USE SPD 2 5 HOLD 1 T T T T 7 T 7 C136 c135 C134 6119 WPA So SPISCK C132 SCK 5 SPISD C1207 1217 C122 C1237 1287 C130 C129 Systems Co Ltd l l T 25LC040 OPT I 001041 0 010 1000P 0 010 1000P 0 014 e e e e e 10UA0V 1 Design Name Schematic Function Name SOIC 8 P J nl ii kl E E E E j c 4 c W341 USB HUB l l l l by Pass Cap 1199003410100 W341 LX Department System Auther Abel Version 1 1 Date Wednesday December 27 20065heet 13 12V 48V DCIN o CN1 Terminal 90DEG C
137. nna Model 3115 84125 80008 for 1G 25GHz At each frequency the EUT was rotated 360 degrees and the antenna was raised and lowered from one to four meters to find the maximum emission levels Measurements were taken using both horizontal and vertical antenna polarization Appropriate preamplifiers were used for improving sensitivity and precautions were taken to avoid overloading or desensitizing the spectrum analyzer There are two spectrum analyzers use on this testing HP 85460A for frequency 30MHz to 1000MHz and 8564 for frequency 1GHz to 25 GHz No post detector video filters were used in the test The spectrum analyzer s 6dB bandwidth was set to 120KHz spectrum was examined from 30 MHz to 1000 MHZ the spectrum analyzer s 6 dB bandwidth was set to 1 MHz spectrum was examined from 1GHz to 25GHz and the analyzer was operated in the maximum hold mode There is a test condition applies in this test item the test procedure description as the following Three channels were tested one in the lowest one in the middle CH06 and the other in highest CH11 for IEEE 802 11b g The setting up procedure is recorded on 1 37 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 27 49 With the transmitter operating from a AC source and using the internal of EUT radiates spurio
138. nnected Emissions Class B Conductor Frequency Peak Average QP limit AVG limit Margin KHz dByV dBuV dBuV dB 198 890 53 20 52 61 46 90 64 66 54 66 7 76 657 000 40 75 56 00 46 00 5 25 1713 000 43 43 56 00 46 00 2 57 Line 1 1994 000 43 03 56 00 46 00 2 97 2308 000 43 31 56 00 46 00 2 69 3349 000 39 80 56 00 46 00 6 20 199 250 54 69 53 90 47 77 64 66 54 66 6 89 264 000 48 67 62 74 52 74 4 07 463 205 47 20 46 56 45 67 57 11 47 11 1 44 Line 2 529 845 46 94 4425 42 62 56 00 46 00 3 38 657 000 43 29 56 00 46 00 2 71 2558 000 42 77 56 00 46 00 3 23 Test mode IEEE 802 119 Channel 6 Power Connected Emissions Class B Conductor Frequency Peak QP Average QP limit AVG limit Margin KHz dBuV dBuV dBuV dBuV Db 199 000 52 38 64 60 54 60 2 22 657 000 39 90 56 00 46 00 6 10 858 000 39 39 56 00 46 00 6 61 Line 1 1385 000 41 72 56 00 46 00 4 28 1713 000 43 31 56 00 46 00 2 69 2310 000 44 44 43 16 39 93 56 00 46 00 6 07 198 730 54 44 53 89 47 93 64 60 54 60 6 67 394 000 46 24 59 03 49 03 2 79 463 250 47 22 46 55 45 68 57 11 47 11 1 43 Line 2 528 765 47 03 44 58 42 99 56 00
139. o Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 11 49 1 6 Verify the Frequency and Channel Channel Frequency GHz 1 2 412 2 2 417 3 2 422 4 2 427 5 2 432 6 2 437 7 2 442 8 2 447 9 2 452 10 2 457 11 2 462 Note 1 This is for confirming that all frequencies are in 2 412GHz to 2 462GHz 2 Section 15 31 m Measurements on intentional radiators or receivers shall be performed at three frequencies for operating frequency range over 10 MHz The locations of these frequencies one near the top one near the middle and one near the bottom 3 After test the EUT operating frequencies in 2 412GHz to 2 462GHz IEEE 802 11b g So all the items as followed in testing report are need to test these three frequencies Lowest Channel 1 Middle Channel 6 Highest Channel 11 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 12 49 1 7 Test Procedure All measurements contained in this report were performed mainly according to the techniques described in ANSI C63 4 2003 and the pre setup was written on 1 3 test method the detail setup was written on each test item 1 8 Location of the Test Site The
140. pplicable rules and 3 compliance of the equipment with the applicable technical rules If the applicant is not the actual manufacturer of the equipment appropriate arrangements have been made with the manufacturer to ensure that production units of this equipment will continue to comply with the FCC s technical requirements Authorizing an agent to sign this application is done solely at the applicant s discretion however the applicant remains responsible for all statements in this application If an agent has signed this application on behalf of the applicant a written letter of authorization which includes information to enable the agent to respond to the above Section 5301 Anti Drug Abuse Certification statement has been provided by the applicant It is understood that the letter of authorization must be submitted to the FCC upon request and that the FCC reserves the right to contact the applicant directly at any time Signature of Authorized Applicant Jackie Shi Title of Authorized Signature Manager NOTE An asterisk preceding a field indicates it must be completed List of Exhibit EXHIBIT A EXHIBIT B EXHIBIT C EXHIBIT D EXHIBIT E EXHIBIT F EXHIBIT G EXHIBIT H EXHIBIT I EXHIBIT J EXHIBIT K Cover Letter Sample Label Test Report Test Setup Photos User Manual Schematics Part List Block Diagram Operational Description Photographs of EUT RF Exposure Calculations
141. re incorporated into new editions of the publication Chapter 1 Chapter 2 Chapter 3 Appendix A Appendix B Table of Contents Introductio 1 1 u PR aQ a a 1 2 Package Checklists encre aee iocos series 1 2 Product Features ER a aS e item iD a eR 1 3 Product Hardware Specifications nn eene eene 1 3 Hardware Block Diagram ccc sk ees Ak eek UR a ee 1 6 ThinkCore W3 e ite cx ce Neto ade ed eee ete ets 1 6 Think Core 1 6 ThinkGore errant ree oe to tere ater etin 1 7 Hardware Introduction u 2 1 es 2 2 Phink Core pun ota t ett e eot shay n Sy aa 2 2 ThinkCore u yy ceteri ei ete Eee rie ep te eee t ele Swa ansa 2 2 Think Core W34 T N E EE E tee eto ade td eate oto s 2 3 Dimensions terae eo tuis 2 4 Think Core WSL a eicere e temi 2 4 ThinkCoreW32 155 ice tice eei tore core eei 2 5 Think Core t ed tee rte 2 6 LED Vindicator sacs e DE ire bie tes 2 7 RESCUE 2 7 Real Time Glock EE E E E REA 2 8 Hardware Connection Description 3 1 Wiring Requirements aa inde e
142. s in the process of being filed under the FCC ID listed to the right pending with the FCC under FCC ID listed to the right Item 13 Equipment will be operated under FCC Rule Part s 15 14 EQUIPMENT SPECIFICATIONS Where applicable Frequency range in MHz Rated RF Frequency tolerance Emission Microprocessor power Designator see model number 47 CFR 2 201 and output 2202 IN Low Freq High Freq WATTS Hz ppm 2412 2462 0 07568 Read each certification carefully before answering and signing this application WILLFUL FALSE STATEMENTS MADE ON THIS FORM ARE PUNISHABLE BY FINE AND OR IMPRISONMENT U S CODE TITLE 18 SECTION 1001 AND OR REVOCATION OF ANY STATION LICENSE OR CONSTRUCTION PERMIT U S CODE TITLE 47 SECTION 312 a 1 AND OR FORFEITURE U S TITLE 47 SECTION 503 Continued on Next Page Item 15 APPLICANT AGENT CERTIFICATION I certify that I am authorized to sign this application All of the statements herein and the exhibits attached hereto are true and correct to the best of my knowledge and belief In accepting a Grant of Equipment Authorization issued by the TCB under the authority of the FCC as a result of the representations made in this application the applicant is responsible for 1 labeling the equipment with the exact FCC ID specified in this application 2 compliance statement labeling pursuant to the a
143. ted Class B 3m Emission Amplitude Frequency Ant Ant H Angle Factors dBuV m Limit dBu V m Margin MHz P m 5 dB Peak Average Peak Ave 48 2482 91 Hor 1 00 220 9 44 59 28 44 27 73 96 53 96 9 69 2488 11 Hor 1 00 221 9 46 49 96 73 96 53 96 4 00 2500 01 Hor 1 00 203 9 49 44 32 73 96 53 96 9 64 2517 16 Hor 1 00 120 9 52 45 02 73 96 53 96 8 94 2482 93 Ver 1 00 220 9 44 65 78 52 61 73 96 53 96 1 35 2486 85 Ver 1 00 112 9 45 58 79 42 62 73 96 53 96 11 34 2500 01 Ver 1 00 66 9 49 48 32 73 96 53 96 5 64 2510 92 Ver 1 00 113 9 5 48 34 73 96 53 96 5 62 Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 46 49 VIII Section 15 247 d Power Spectral Density 8 1 Test Condition amp Setup The tests below are running with the EUT transmitter set at high power in TDD mode The EUT is needed to force selection of output power level and channel number While testing the EUT was set to transmit continuously and to be tested by the contact manner with the spectrum analyzer 8 2 Test Instruments Configuration Spectrum Analyzer RBW 3kHz VBW 10kHz PC to control the EUT at maximal power output and channel number and set antenna kit 8 3 List of Test Instru
144. touch Connecting the Power Connect the live wire end of the 12 48 VDC power adapter to the embedded computer s terminal block When power is properly supplied the Ready LED will glow a solid green after a 25 to 30 second delay Grounding the Unit Grounding and wire routing help limit the effects of noise due to electromagnetic interference EMI Before connecting any devices run a ground wire from the ground screw to the grounding surface ThinkCore W311 321 341 Hardware User s Manual Hardware Connection Description ATTENTION This product should be mounted to a well grounded mounting surface such as a metal panel SG 1 SG The Shielded Ground sometimes called Protected Ground contact is the left most contact of the 3 pin power terminal block connector as viewed from the angle shown here Connect the SG wire to an appropriate grounded metal surface V V 12 48V Connecting Data Transmission Cables This section describes how to connect cables for the network serial devices and serial COM terminal Connecting to the Network Plug your network cable into the embedded computer s Ethernet port The other end of the cable should be plugged into your Ethernet network When the cable is properly connected the LEDs on the embedded computer s Ethernet port will glow to indicate a valid connection The 10 100 Mbps Ethernet LAN port uses 8 pin RJ45 connectors The following diagram shows the pino
145. ual Band Omni Directional Antenna Version 2 for 2 4 5 0 5 2 5 6 5 8 GHz SAA05 220420 Material Approval Connector 5 7 UNITHENE HIGH DENSITY POLYETHYLENE RESINS a m Physical Properties m om Injection Molding Extrusion LH901 LH514 LH606 LH606 13 LH506 d ERAR MAIN APPLICATIONS RDI 0 Flat yarn Coarse monofilament Film amp Sheet extrusion HERH ALARA Hae EUROS Ai HERE Injection molding Fine monofilament Injection molding Injection molding injection molding Injection molding Injection molding Rotation molding for crate Casting Casling Injection molding MELT INDEX 0 95 6 0 60 12 m DENSITY 0 953 0 962 MEIRE TENSLE STRENGTH AJ8 MOLDED B P ERB OWN FILMIMD ITD A 250 310 BREAK POINT TENSILE STRENGTH MOLDED BOR BRIBLOWN FILM MO TD 220 ELONGATION ER Bk OWN Lu MD TO i i Swe 1700 IMPACT STRENGTH Bom Actas MERR 1 SECANT MODULUS MOLDED iger D638 TORSIONAL STIFFNESS amma D1043 od 3 FLEXURAL STIFFNESS ARRAS gem D747 EB REI LOW TEMPERATURE BRITTLENES Be s 0748
146. ulation Skill Power Type Data Cable RISC based Ready to Run Wireless Embedded Computer ThinkCore W341 ThinkCore W341 LX SLEW341 2 412 GHz 2 462GHz 2 412GHz 2 462GHz 11 Channels 5MHz DBPSK DQPSK CCK OFDM Powered by the switching adapter Manufacture BALANCE ELECTRONICS CO LTD Model GPSA 1200125 I P 100 240VAC 50 60Hz 0 5A O P 12VDC 1 2A Primary 182cm length non shielded without ferrite core Secondary 186cm length non shielded without ferrite core Eithernet Cable x 1 10m length non shielded without ferrite core Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 6 49 13 Test method l 2 The DC In connected to AC mains supply by switching adapter The two USB ports connected with USB flash drive The Relay Output port connected with terminator The LAN port of EUT connected to far LAN card The four RS 232 422 485 ports connected with terminators The notebook PC and test fixture is connected by USB transfer to RS 232 cable and then test fixture connected with EUT setting test mode The Notebook PC and test fixture is moving when test mode set finish The software provided by the manufacturer the test is performed under the specific conditions Set different channel and data rate being tested an
147. ural 4 Ib in 10 200 11 000 8 800 9 070 8 800 9 070 25 8 hcc 9 370 4 zm 86 187 92 198 79 174 79 174 i lil gt 3 Au 6 o 1g 8 5 3 TT TES an 9 ARIE i 2 e 5 920 10 630 112 NOTCHED ft ib In IZOD Impact 0 258 1 4 kg Strenght cm cm ft Ib In gR 2 Njo gt 55 N THE N o TI N 5 ale 2158 9 dapi Sis Plo 2 w gt wo N o D 1525 T w 3 Tje gt 55 221 b wins 97 206 98 208 83 181 85 E 190 86 co 88 190 73 165 76 eii 96 205 81 178 239 107 225 115 239 120 248 97 206 105 221 109 V VS 1 16 HB 1 16 HB 1 16 HB 1 16 HB 1 16 HB 1 16 HB Job A 1 16 HB 1 16 HB 1 16 HB A10 5VAM 10 5VA ped aa 1 8 5 4 f suem deu Pct Ls x NAME ERRE El FR High Heat T 2 agi High Hg cal nie Walk High ing Impa Pact Flow Impact Resistant Resistant Impact 0 648 mM 185 annealed C F 179 M I N o
148. us emissions falling within the restricted bands of 15 209 were measured at operating frequencies corresponding to upper middle and bottom channels in the 2400 2483 5 MHz band The actual field intensity in decibels referenced to 1 microvolt per meter dBuV m is determined by algebraically adding the measured reading in the antenna factor dB and cable loss dB at the appropriate frequency Since the EUT was set to transmit continuously no duty cycle is present For frequency between 30MHz to 1000MHz Fla dBuV m FIr dBuV Correction Factors Fla Actual Field Intensity FIr Reading of the Field Intensity Correction Factors Antenna Factor Cable Loss Amplitude Gain Switching Box Loss For frequency between 1GHz to 25GHz Fla dBuV m FIr Correction Factor Fla Actual Field Intensity FIr Reading of the Field Intensity Correction Factors Antenna Factor Cable Loss Amplitude Gain Switching Box Loss Report No M4715060806 FCC Part 15 247 DTS Training Research Co Ltd TEL 886 2 26935155 Fax 886 2 26934440 Test Report 28 49 7 2 List of Test Instruments Calibration Date Instrument Name Model Brand Serial No Next time EMI Receiver 8546A HP 3520A00242 09 06 07 RF Filter Section 85460A HP 3448A00217 09 06 07 Small Biconical UBAA911
149. uts for these ports 8 1 The LED indicator in the lower right corner glows a solid green color when the cable is properly Signal connected to a 100 Mbps Ethernet network The l ETx LED will flash on and off when Ethernet packets 2 ETx are being transmitted or received ERx 8 1 The LED indicator in the lower left corner glows a 5 solid orange color when the cable is properly connected to a 10 Mbps Ethernet network The 7 m LED will flash on and off when Ethernet packets 8 are being transmitted or received Connecting to the WLAN The wireless embedded computer is WLAN ready and includes an 802 11 a b g WLAN module It supports WEP WPA and WPA2 data encryption To verify WLAN operation first configure your WLAN settings on the embedded computer using the serial console or a wired network connection Please refer to the operating system user s manual for further detail ThinkCore W311 321 341 Hardware User s Manual Hardware Connection Description Connecting to a Serial Device Your serial device can plug into the embedded computer s serial port using a serial cable Serial ports to have male DB9 connectors and can be configured for RS 232 RS 422 or RS 485 communication through software The pin assignments are shown in the following table RS 232 422 485 Pinouts DB9 Male Port 12345 RS 485
150. vise spec to 1111002002400 5 USB common chock dimension changed to 1104100070000 06 12 20 gt 1 WLAN Power Cycleing Fixed amp MOXA Systems Co Ltd Design Name Schematic Function Name W341 History PCB Part No EXE 1199003410100 w341 Ix Department Auther Version System lt Auther gt 11 Date Thursday December 21 2006 Sheet EXHIBIT G Part List MOXA SYSTEMS Co Ltd 03 21 2007 Part Number 1102470057000 1104000002101 1106999990800 1106999990900 110699999A000 1126001210 00 1199003411100 1201000000000 1204000001200 BO W341 LED V1 0 Part RA 4700 1 10W 5 8P4R Bead 600hm 100MHz 3A LED 3mm with HOLDER 3mm LED 3mm with HOLDER 3mm LED Green Square with HOLDER 2 0mm HEADER 2 10PIN M 180DEG W341 V1 0 Label LED Holder na afc i Ref R11 R12 R13 R14 L1 L2 L4 L5 L6 D7 D8 D9 D10 D11 D14 D15 D16 D17 D18 D5 D6 D13 D19 D20 lt MOXA SYSTEMS Co Ltd 03 21 2007 Part Number 1101000057100 1101001068100 1101001077200 1101002068000 1101010057200 1101010067100 1101012068100 1101015067100 1101015768000 1101020068000 1101033057000 1101047767100 1101091768000 1101100058000 1101100067000 1101150067100 1101165058000 1101232868000 1101330057100 1101375058000 1101464868000 1101499758000 1101510057200 1102010057000 1102010067000 1102047767000 1102470057000 1103001733300 110300183
151. z say eto 4 I Power ON ON OFF I Range 2 4V VDD 2 8V 1 s min gt D3 G LED lt 240ms Internal Reset Module OFF Power ON Reset Modd Module ON Module Ready 1 I 1 gt SMD S LED SMD 0805 3300 0603 l R9 FLASHLED l JP1 SPI IO Q2 MMBT3904 1105239040100 SOT23 BCE class 10 900 850 During TX bursts Imax 1 8A Peak class 10 1800 1900 VBATT VDD During TX bursts Imax 1 5A Peak OP Temp 20 455C Storage 30 85C VBATT 3 3V 4 5V 50mVpp for freq lt 200KHz 500uVpp for freq gt 200KHz VDD 3 1V 4 5V 100mVpp 42 8V u1 l 12 VBATT since CHG IN SIMRST SIME ON OFF R6 SIMDATA 7 SIM_RST SNIOFF IR SPI IO 1K_1 OPT SINDO SIM DATA SDA SPI 10 E VDD SIM SCL SPI 2 ORSOPT RS 185 Vee 8001 14 RESET GPRS 15 row1 INTR 18 4 GPI CT103 TXD2 8 oi 19 Rows GPO2 CT104 RXD2 20 1 21

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