TSA-OP-IC101 User`s Manual
Contents
1. RX232TX 8 lt SCIbRX 8 SCICTX 8 gt gt gt SCIcCK 8 RSK_GND HIF3H 24DA 2 54DSA 71 DNF seen 9 9 oo veo eee TSSR SAIC101 Application Board TS TCS02103 Wednesday October 08 2014 3 Size CAGE Code DWG NO A4 Scale Sheet JA4 FFC 50BMEP1 DNF JA4_COPY1 3 3 4 4 6 6 1 7 9 es m 13 13 14 14 16 16 17 17 9 E en 22 23 23 24 24 26 26 27 27 9 Dog 3 33 33 34 34 36 36 37 37 9 939 zz 4 43 43 44 44 46 46 47 47 49 el 50 50 HIF3H 50DA 2 54DSA 71 DNF RSK GND RSK GND Wednesday October 08 2014 3 T 1 SAIC101 Application Board TSSR TS TCS02103 IO_VDD IO VDD R3 0 1005 4901008 3 R5 0 1005 5 T N SAIC101_VDD AREG_VDD AB smone 98 SMODE TPD10 da MISO_TX BEN MISO TX 8 ap MOSI2. 1 Hio 9 ssp 4 1 0 01 12 11 14 13 GF1A E3 67A 1 6K 1005 6 eT 18 17 D 20 19 1uF 16VX7R amp Green LED1 4 271111 26 25 SML D12PEW FFC 26BMEP1 DNF POWER SAIC101_GND JA1_COPY1 6 2 12 6 100 8 gt 104 8 1 106 8 24 23 IRQ3 8 26 25 HIF3H 26DA 2 54DSA 71 DNF RSK GND v oo ee SAIC101 Application Board ee e e rcc 02103 T7 Size CAGE Code DWG NO Rev A4 Scale Sheet Wednesday October 08 2014 2 of 8 3 8 SClaTX 8 SClaRX 8 SClaCK lt 8 TO04 8 07 JA2 FFC 26BMEP1 DNF JA2 COPY1 IRQO 8 IRQ1 8 HIF3H 26DA 2 54DSA 71 DNF 029 eee TSSR SAIC101 Application Board TS TCS02103 Wednesday October 08 2014 4 3 Size ICAGE Code A4 DWG NO Scale Sheet FFC 24BMEP1 DNF JA5 COPY1 8 IRQ5 gt lt lt IRQ4 8 HIF3H 24DA 2 54DSA 71 DNF ce 0009 ce 2222 09600609 TSSR SAIC101 Application Board TS TCS02103 Wednesday October 08 2014 3 Size ICAGE Code A4 DWG NO Scale Sheet 8 RX232RX 8 SCIDTX 8 SCIbCK lt 8 SCIcRX
3. Level Shifter 0 MCLK MCU Timer output function 50 MCLK SAIC101 Connect solder jumper HJ14 Connect to TimeOut1 HJ42 pin to IO_VDD RSK_VDD 21 Timerln1 22 Timerln2 19 TimerOut1 RSK_GND 20 TimerOut2 RSK_VDD 4 Figure 14 Control Circuit 1 2 14 3 Oscillator IO_VDD RSK_VDD 50 MCLK 21 Timerln1 22 2 19 TimerOut1 RSK_GND 20 TimerOut2 SAICIO1 C DGND RSK_GND Level Shifter 101 VDD je MCLK Connect solder jumper HJ44 Mount oscillator IC U5 and bypass capacitor TH4 50 MCLK 21 Timerln1 22 Timerln2 19 TimerOut1 SAICI01 20 TimerOut2 RSK_GND Level Shifter Mount BNC connector BNC 1 Connect solder jumper HJ46 Mount level shift circuit Figure 15 MCLK Control Circuit 2 2 15 2 8 Sensor Interface 2 8 1 Sensor Interface Circuit SAIC101 SAIC101_VDD SBIAS AININ AIN2P AIN2N AIN3P AIN3N AIN4P 2 4 6 8 10 12 14 16 AGND Thermistor Part name NXFT15XH103 FA2B050 Figure 16 Sensor I F Circuit 2 8 2 On board Sensor Circuit Setting D When connecting on board sensor 2 When disabling on board sensor SAIC101 SAIC101 Thermistor Part name NXFT15XH103 FA2B050 Thermistor NXFT15XH103 FA2B050 22kQ Figure 17 On board sensor Setting 16 2 9 Th
4. UART 11 SCIaRX SCIaTX SCIaCK SCIbRX SCIbTX SCIbCK SCIcRX SCICTX SCIcCK RX232RX RX232TX 10_0 10_1 IO_2 lO 4 5 lO 6 7 IRQO IRQ1 IRQ2 IRQS IRQ4 IRQ5 2 SPI Setting Example Conditions When using serial pins SCICRX SCICTX and SCIcCK and connecting CS pin to IO_6 and INT pin to lO 7 RSK_VDD II Level Shifter 10k MISO TX O SCIaRX mosi SCIaTX SCIaCK SCIbRX SCIbTX 100K 100k gt 100k SCIbCK lt 7 SCICRX DGND DGND DGND SCICTX SCIcCK Connect SMODE to pull up resistor HJ6 IO 0 IO 1 2 3 4 5 lO 6 Connect SCLK CS B HJ5 to MCU output Connect SCIcRX JP8 SCIcTX JP9 and SCIcCK HJ17 IO 7 Connect CS B pin to IO 6 HJ30 IRQO IRQ1 Connect INT pin to _7 HJ33 q IRQ2 IRQ3 IRQ4 IRQ5 Figure 12 Serial I F Setting SPI 12 2 6 Howto Bypass Level Shifter RSK_VDD Connect G pin to RSK_VDD HJ48 HJ50 Level Shifter MISO_TX MISO_TX_RSK MISI_RX MISI_RX_RSK SCLK SCLK_RSK CS_B le i CS B RSK INT INT RSK MCLK OUT MCLK OUT RSK MCLK IN RSK Connect solder jumpers MCLK IN Figure 13 How to Bypass Level Shifter 18 2 7 Setting gt MCU Timer input function Connect solder jumper HJ52 Connect to TimerIn1 HJ40 pin to IO_VDD RSK_VDD MCLK 21 Timerln1 22 Timerln2 19 TimerOut1 RSK_GND SAIC101 D 20 TimerOut2 RSK VDD DGND RSK_GND
5. 8 2 8 HA1631S01LP DNF T T T E T a a A 4 BNC R PC 2 40 DNF 208 SAIC101_GND SAIC101_GND SAIC101_GND SAIC101_GND 4 q 208 208 SAIC101_GND ie 38 WE SAIC101_GND Wednesday October 08 2014 Scale Sheet 2
6. B1 MOSLRX 8 SAIC_VDD1 AREG_VDD1 RX o1 ran Je po 7006 O 1uF 16V X7R E1 CSB 132 5 x CS B CS BI 8 SAIC_VDD2 58 c2 NT 5 4056 gt ns TPDos AGND E2 SMODE CREG_VDD MCLK R7 2411005 lt 8 RB 4000 1005 8 CREG VDD1 AREG VDD R10 00 1005 7 AA Me seo SAIC101 GND _ LEY TX B1 SAIC101 VDD O ATuFAOVIXS TCR TPD10 DGND1 AGND1 TH1 06 O 06 AGND 19 20 DGND2 SBIAS Be SBIAS 17 18 7 06 SRIAS ce AIN2N CN_AIN2N 15 16 AIN2P DG 2 CN_AIN2P 13 14 SAIC101_GND AGND CREG_VDD 2 Es AINIP CN AINIP 11 12 AININ LES AININ CN_AININ 9 10 TUR REG ANIN LES AINSN CN_AIN3N 7 8 AINN E4 AINSP CN AIN3P 5 6 ANSP E4 ANAN CN_AINAN 3 4 AINAP CN_AINAP 1 2 IO VDD 0 22uFA6VIX7R TH2 FFC 20BMEP1 DNF 1 _ AGND MISO_TX 2 MISO_TX SAIC101_VDD _JaGnD MOSI RX 3 MOSI RX SCLK 4 SCLK 5 08mm Pitch CS_B 5 cs_B 71 6 INT 4 A2 RVDD T 7 c6 C5 3 JP2 pa me J b 9 5 08mm_Pitch 1 2 O ATuFAOVIXTS 0 22uF 16V X7R SAIC101_GND LA 4 4 AGND AREG VDD FFO 2AMEP1 3 8 ges IOVDD1 5 4 82 ovpp2 LJ 2 amp B4 5 CREG_VDD 5 2 54mm Pitch RAA730101 e Iu AAA 4 4 E ADVDD n oe 2 ENANIP R42 1005 CNAINSP R46 9 1005 ______ 1 e
7. 000 0000000 0000000 0000000 0000000 cep O O O O O 2 54mm Pitch TPD10 Universal Area IO VDD J RSK VDD c8 C9 0 1uF 16v x7R o 1uF 16v x7R SAIC101_GND SAIC101_GND 4 U3 CAP HD PITT IO VDD J RSK VDD c10 0 1uF 16v x7R 0 1uF 16v x7R SAIC101_GND SAIC101_GND SAIC101 Application Board TS TCS02103 Size ICAGE Code DWG 5 4 2 p 4 2 IO VDD 3 3V or 5 0V RSK VDD 3 3V or 5 0V 750 DD RX232RX 5 IO VDD IO VDD J JP4 11 12 SClaRX 5 2 1 RSK_VDD 295 RSK_VDD JP6 T ig AES gt gt SCIbRX 5 24 VCCA jpa OAP mas 5 2 110 2 yy 21 gt 4 2 1 20182 25 RIS 100 71005 19 6 JP5 BAY 18 p4 ME DER lt sclarx 3 RI SR 1008 17 5 RI AS 161 5 2 1 1801005 18 158 1 To JP7 RO 44 Bs 1 ash 1 14 12 lt sclbTx 5 2 1 12 2 1 RAD RE 23128 ENP 13 JP9 p 1 2 HDTETDT lt 5 SAIC101_GND pee 2 7 MISO_TX gt 4 1 4 2 4 Ba Ans SO gh R22 51 1005 sc lt Msclack gt Fy D o 4 WARY 2 6 gt SCIbCK 5 Re so RSK_VDD 1 17 lt E gt SCIcCK 5 U3 24 V
8. C17 Chip Capacitor C18 019 020 021 022 023 24 11 1 01 DIODE GF1A E3 67A VISHAY 12 0 HJ1 HJ2 HJ47 HJ49 Solder jacket 13 0 HJ3 HJ4 HJ5 HJ6 HJ7 HJ8 Solder jacket HJ9 HJ10 HJ11 HJ12 HJ13 HJ14HJ15 HJ16 HJ17 HJ18 HJ19 HJ20 HJ21 HJ22 HJ23 HJ24 HJ25 HJ26 HJ27 HJ28 HJ29 HJ30 HJ31 HJ32 HJ33 HJ34 HJ35 HJ36 HJ37 HJ38 HJ39 HJ40 HJ41 HJ42 HJ43 HJ44 HJ45 HJ46 HJ48 HJ50 HJ51 HJ52 14 0 JA2 JA1 Pin Header FFC 26BMEP1 HTK 15 0 JA4 Pin Header FFC 50BMEP1 HTK 16 0 5 Pin Header FFC 24BMEP1 HTK 17 0 JA2_COPY1 JA1_COPY1 Connector HIF3H 26DA 2 54DSA 71 HRS 18 0 JA4 COPY1 Connector HIF3H 50DA 2 54DSA 71 HRS 19 0 JA6 COPY1 JA5 COPY1 Connector HIF3H 24DA 2 54DSA 71 HRS 20 1 JP1 Pin Header FFC 3AMEP1 HTK 21 11 JP2 JP3 JP4 JP5 JP6 JP7 Pin Header FFC 2AMEP1 HTK JP8 JP9 JP10 JP11 JP12 22 1 LED LED SML D12P8W ROHM 23 2 R14 R1 Chip Resistor RK73Z2ATTD KOA 24 1 R2 Chip Resistor RK73B1ETTP162J KOA 25 5 R3 R4 R5 R6 R35 Chip Resistor RK73B1ETTP103J KOA 26 8 R7 R21 R22 R28 R29 R30 Chip Resistor RK73B1ETTP510J KOA R33 R34 27 20 R8 R10 R11 R15 R16 R17 Chip Resistor RK73B1ETTP104J KOA R18 R19 R20 R23 R24 R25 R26 R27 R32 R36 R37 R38 R39 R40 28 1 R12 Chip Resistor RK73B1ETTP333J KOA 29 1 R13 Chip Resistor RK73B1ETTP223J KOA 30 8 R41 R42 R43 R44 R45 Chip Resistor RK73Z1ETTP KOA R46 R47 R48 31 1 SENI Thermistor NXFT15XH103FA2B050 MURATA 32 0 TH1 Pin Header FFC 20BMEP1 HTK 33 0 TH2 Through hall 34 1 ul SAIC101 RAA730101 RENESAS 35 2 02 03 Level Shi
9. Parts for Non mounted Connectors The following are recommendations for parts to mount on connector through holes Through hole Silk Part Number Manufacturer JA PPPC132LFBN RC Sullins Connector Solutions JA2 PPPC132LFBN RC Sullins Connector Solutions JA4 PPTC252LFBN RC Sullins Connector Solutions JAS PPTC122LFBN RC Sullins Connector Solutions JA6 PPTC122LFBN RC Sullins Connector Solutions Connector parts should be mounted on the soldering side 19 3 Bill of Materials Parts included on this board are shown below No uuantty mounted referense Junmountedreference ____ Classification Namesofpats ae 1 0 TX_B1 TP1 SAIC_VDD1 Through hall DGND1 CREG_VDD1 AAREG_VDD1 AGND1 TP2 SAIC_VDD2 DGND2 AGND2 TP3 DGND3 AGND3 DGND4 AAGND4 2 0 BNC1 BNC connectord BNC R PC 2 40 HRS 3 0 TH4 TH9 TH10 TH11 TH12 Through hall TH13 TH14 TH15 TH16 TH18 TH3 4 0 CN1 Through hall 5 0 TH5 TH6 TH7 TH8 Through hall 6 1 Cl Chip Capacitor GRM188R71C105KA12D MURATA 7 6 C2 C7 C8 C9 C10 C11 Chip Capacitor GCM155R71C104KA55D MURATA 8 2 C3 C6 Chip Capacitor C1005X7S1A474K050BC TDK 9 2 C5 C4 Chip Capacitor GRM155R71C224KA12D MURATA 10 0 C12 C13 C14 C15 C16
10. TSA OP IC101 User s Manual Issued October 20 2014 Version 1 0 Tessera Technology Corporation TS TUM02272 Cautionary Notes The contents of this document are subject to change without notice This board described in this document is made available for research and development Reproduction of this document in any format is prohibited without written permission from Tessera Technology Inc herein the Company The company shall not be liable for any mistakes contained in this document The company shall not be liable for the infringement of third party patent copyrights or other intellectual property rights arising from the use of Tessera Technology products listed in this document The company does grant any rights concerning Tessera Technology or third party patents copyrights or other intellectual property rights based on this material Circuitry software or related information included in this document is provided as semiconductor product operation examples and application examples The user is responsible for the appropriate application of the circuitry software or related information when designing equipment The company shall not be liable for loss or damage incurred by the user or other third party based on the use of this circuitry software or related information Please handle this product as you would a CMOS device The user should be particularly careful to protect himself herself from accumulated static electri
11. ccB VCCA medo 1 00 2 1 2 2 BO A0 3 eis Bi 101 2 20 52 2 5 HJ20 SO lt 19 4 6 18 7 R23 100071005 A amp G 17 OK71005 0500 25 4 lt E gt gt 102 2 lee A6 18 1 1 2 14 B7 AT rh so so so AB 1 Aloe EEE 4 2 REg Agotos 2816 cnp H3 mD Ag HD151015 1 SAIC101_GND SAIC101_GND nDo XE 104 2 1 1 4 4 105 2 7 4 925 7 4 EPT u 106 2 R30 51 1005 92300 50 7 amp 92110 56 NA 12 d an R33 51 1005 Hust 50 1 2 R32 00 1005 E a 5 25 107 2 ED 65 T REN ANS ie 1 gy 2 1 GD 2 HJ33 SO 7 5 S0 RSK_VDD SAIC101_GND maD sc gt SAIC101 VDD R35 1005 12 ee 923590 50 TH5 TH7 1 2 Vee MCLK R36 00 1005 1 2 me sc T4 002 1002 1 0 1005 ERS LAN gt gt IRQ2 1 2 DNF 762 DNF 762 na so gt 2 7 62mm Pitch SAIC101_VDD 10 VDD SAIC101_GND 1 2 9580 55 gt gt IRQ4 4 308 1 TH TH8 8 5 nd gt gt IRa5 4 a 1002 1002 3 3 9 Lach DNF 762 DNF 762 ma sc gt 3 SAIC101_GND 1 HJ45 50 gt 1 2 1 2 1 1 4 420 SO lt Too1 3 4 2 08 508 Hag so lt Too4 3 EO BNC1 TH10 a a U4 1 2 lt RX232TX 5 5 1 o4 1 HJ51 SO 4 es 2 1 DNF 508 1 i 3 7 g 8
12. city when using this product Make sure all test and measurement equipment including the work station is properly grounded The user should wear an ESD wrist strap to prevent any buildup of static electricity Revision History Version Date 14 1020 Table of contents EEG CIERRE PER 1 11 12 13 14 15 16 17 Document Overview gas ss be een ERE EP ERE 1 Related Terminology 1 RSK Board Features si Een Te ee Product OVervIe Ws ien eet ERU Ee 2 Hardwaresspecifications ss sens LORS ee E can eA Board Block bruce ee en 3 Description of Key Components u as aer ee stole ao o ote eed 22 FUNCION A D LR a RUES a a 5 2 1 2 2 2 3 2 3 1 2 3 2 24 24 1 25 2 6 2 7 2 8 2 8 1 2 8 2 2 9 29 1 2 9 2 2 9 3 2 10 2 11 2 12 Power Supply Switch Setting EE EHE NU nm ne Consumption Current Measurement Pin uessenenseennsennssennnsennsennssennnennneennssennsennneennsennssenntnnnsennssensnennntennstnnsennntennsennssansennnsen 6 SAIC101 Power Supply Configuration SAIC101 Power Supply Configuration Switch Circuit 7 SAIC101 Power Supply Configuration Switch Circuit Explanation nn RSK Inferface sine bete enr entente 10 RSK OP IC101 Board and Interfac
13. e ion LO How to Set Serial oe Howto Bypass Level se een e ete eel OR ise le ee 14 Sensor E AOI 1 Sensor Interface s On board Sensor Circuit Setting prm dente e dn ER ER Through holes for RSK Application Header M M uen I Through hole for External Sensor Board Connection nn 17 Through hole TH2 for Serial Signal Monitoring nn 7 Test P ds C GB 18 Jumper Pin Solder Pin Default Settings nn LB Recommended Parts for Non mounted Connectors ee 19 3 oen uA d ELLE Li EL MAL M DE P M MR dus 20 4 External Configuration Size nee 21 Circuit diagram occid at Endet eee to i det ee hr Debo IN 22 TSA OP IC101 Users Manual 1 Overview 1 1 Document Overview This users manual explains the hardware specifications for the Smart Analog IC101 Renesas Starter Kit Option Board 1 2 Related Terminology This document uses the following terms in explanations of hardware specifications Table 1 1 Terminology Term Definition SAIC101 Abbreviation for Smart Analog IC101 RSK Abbreviation for Renesas Starter Kit SPI Abbreviation for Serial Peripheral Interface communications UART Abbreviation for Unive
14. fter HD151015 RENESAS 36 0 U4 Comparator 16315011 RENESAS 20 4 External Configuration Size 2 52025220 99 220292202922 Unit mm Figure 20 External Configuration Size 21 5 Circuit diagram 22 SAIC101 Application Board Schematics PAGEO1 Index PAGEO2 RSK Application Header JA1 Interface PAGEO3 RSK Application Header JA2 Interface PAGEO4 RSK Application Header JA5 Interface PAGEO5 RSK Application Header JA6 Interface PAGEO6 RSK Application Header JA4 Interface PAGE07 SAIC101 RAA730101 Interface PAGEO8 SAIC101 RAA730101 Serial Interface Revision history Rev Contents Date 1 0 New creation 2014 09 25 NE ine 1 1 pee 1 SAIC101 Application Board R TS TCS02103 i Size CAGE Code A4 COPYRIGHT c 2014 by TESSERA TECHNOLOGY LTD TSS ALL RIGHT RESERVED DWG NO This Schematics file is proprietary and confidential information of TESSERA TECHNOLOGY Wednesday October 08 2014 Scale Sheet 5 4 3 2 1 8 101 8 103 8 105 8 107 oS 254 a DC 5 2 54mm Pitch GND TP1 TP2 SAIC101 VDD JP1 RSK VDD JA1 CON 5V 4 CON_3V3 6 5 1 8 7
15. in For serial signal monitoring U2 U3 Level shifter Power supply signal conversion eee Q JP1 Jumper For power supply 5V 3 3V switch JP4 JP5 JP6 JP7 JP8 JP9 Jumper For serial send receive pin switch 2 Function 2 1 Power Supply Switch Setting Various power sources can be used to power the RSK board as shown below D Supply 5V CON_5V from RSK to RSK OP IC101 board default state Configuration 1 Application header m lo c o 55 85 9 a lt RSK_GND EX_VDD Application header JAN DGND AGND Supply 5V 3 3 from external power supply input TH RSK OP IC101 Board Figure 4 Power Supply Settings 1 2 4 Supply 5V directly to RSK OP IC101 board and isolate power from RSK board when MCU power supply 5 Configuration 1 JP1 1 2 short Select as level shifter power Ap plication hea Cut solder jumper P UE SAIC101_VDD jov GND aG O 5 Supply 5V 3 3V directly to RSK OP IC101 board and isolate power from RSK board when MCU power supply CON_3V3 Configuration 2 or 3 JP1 2 3 short Select as level shifter power supply Cut solder jumper 2 RSK GND EX VDD SAIC101 VDD Supply 5V 3 3 from external power RSK OP IC101 Board Figure 5 Power Supply Settings 2 2 2 2 Consumption Current Measurement Pin The RSK board is equipped wi
16. ngs and supply voltages SAIC101_VDD SAIC101 Configuration 3 JP2 short short AREG_VDD 2 1V 3 6V CREG_VDD CREG_VDD Figure 9 Power Supply Configuration Switch Circuit Settings 2 2 24 Interface 2 4 1 RSK OP IC101 Board and RSK Interface SMODE pin is pulled down by default to pull up solder jumper JH6 RSK_VDD MISO_TX INT_RSK SClaRX MOSI RX one MCR OUT RSR Er L REK s Sc SCACK INT_RSK SMODE MCLK_IN_RSK piis SCbTX OUT RSK 5 SCbCK SCKRX SCKTX SCkCK RX232RX CS_B pin is pulled down and isolated from RX232TX MCU by default to pull up solder jumper HJ3 and to connect to MCU output solder jumper HJ5 MOSI_RX_RSK SCIK_RSK CS B RSK MCIK IN RSK MCLK OUT IRQO DGND IRQ1 MISO_TX MISO_TX_RSK IRQ2 MOSI THO MOSI RX RSK SCIK RSK IRQS CS 019 CS RSK 9 IRQ4 INT INT_RSK IRQ5 MCLK _MCLK OUT 1812 MCLK OUT RSK MCLK IN MCLK IN RSK TimerOuti TimerOut2 Timerh1 2 DNG display parts and JA1 JA2 JA5 JA6 are not mounted on board at shipment Mount required parts as needed Figure 10 RSK OP IC101 Board and RSK Interface 10 2 5 How to Set Serial I F D UART Setting Example When using serial pins SCICRX JA6 12 and SCICTX JA6 9 lO VDD RSK VDD Level Shifter 100 100k 100k V V v DGND DGND DGND Connect SCIcRX JP8 SCIc TX JP9 SAICIO1 Figure 11 Serial F Setting
17. r AGND1 19 AGND2 a 0 1uF 16V X7R Denn S C1005 DNF C1005 DNF zen CN AININ 005 ANIN CN AINSN R45 9 1005 AINN C24 AGND6 C14 C12 C20 C18 1 e C1005 DNF amp C1005 DNF C1005 DNF C1005 DNF C1005 DNF DGND3 1 RAAT30101 1 0 SAIC101_GND AGND AGND SAIC101 GND AGND SAIC101 GND 1 CNLAINZP R44 9 1005 CN R48 1005 ___ i C16 C22 C1005 DNF C1005 DNF CN R43 Q 1005 _ 2 CN AINAN R47 A005 c17 15 C23 C21 C1005 DNF C1005 DNF C1005 DNF C1005 DNF SAIC101 Application Board TS TCS02103 Wednesday October 08 2014 Size ICAGE Code DWG Scale Sheet 2 0000000 0000
18. r 5 0V select Cia gt logic SS LO F RSK Serial _oerial_ N x RSK IO SAIC101 5 gt 5 MCLK T 5 9 8 5 External MCLK gt 2 Input Logic lt e Power o select a BNC oscillator SAIC101 VDD External observation i f On Board Sensor NXFT15XH103FA2 External Sensor i f Figure 2 RSK OP IC101 Board Block Diagram 1 7 Description of Key Components Key components comprising the RSK OP 101 board are described below XFTISXHIO3FAZ 20 00 2000000 moo 0000 RoHS compliant LOC JUN 6st JUS Figure 3 RSK OP IC101 Board Component Names Key Component Positions Reference Parts Function JP10 JP11 JP12 Jumper For on board sensor connection BCN expansion pattern Component mounting positions when inputting MCLK through BNC Universal pattern General pattern U5 Oscillator extension pattern Component mounting positions when inputting MCLK through oscillator JA1 JA2 JA4 JAS JAG RSK connection pattern RSK application header connection JA1_COPYWA2_COPY 4 5 JA6_COPY RSK signal pattern For other RSK application header compatible option board connections TH1 Sensor expansion pin Used for Smart Analog IC analog input power supply pin and sensor expansion TH2 Serial signal monitor p
19. rough holes 2 9 1 Through holes for Application Header The RSK OP IC101 board is equipped with through holes JA for mounting RSK connector is not mounted as well as through holes JA COPY to connect an optional board compatible with the RSK application headers RSK side RSK OP 1C101 board silk JA1 JA1 JA1 COPY JA2 JA2 JA2 COPY JA5 JA5 JA5_COPY JA6 JA6 JA6_COPY 2 9 2 Through hole TH1 for External Sensor Board Connection AIN4P AIN4N AIN3P AIN3N AIN1P AIN1N AIN2P AIN2N SBIAS SAIC101 VDD 2 9 3 Through hole TH2 for Serial Signal Monitoring 17 2 10 Test Pads List of test pads Silk Description TP1 Consumption Current Measuring Pad 1 TP2 Consumption Current Measuring Pad 2 TP3 MCLK Monitoring Pad TX B1 UART Send Data Pad VDD1 SAIC Pad VDD2 5 Pad AREG VDD1 VDD Pad CREG VDD CREG VDD Pad DGND1 DGND Pad DGND2 DGND Pad AGND AGND Pad 2 11 Jumper Pin Solder Pin Default Settings Jumper Pins Silk Default Setting JP1 1 2 shortened JP2 shortened JP3 open JP4 open JP5 open JP6 open JP7 open JP8 shortened JP9 shortened JP10 shortened JP11 shortened JP12 shortened Solder Pins Silk Default Setting HJ1 HJ2 HJ47 HJ49 shortened HJ3 to HJ46 HJ48 open HJ50 to HJ52 18 2 12 Recommended
20. rsal Asynchronous Receiver Transmitter 1 3 RSK Board Features e Offers RSK application headers and compatible connectors for evaluating any Renesas MCU used with SAIC101 e Comes mounted with temperature sensor thermistor for quick and easy operations confirmation 1 4 Product Overview This product is configured with the following components Some parts are not bundled with the kit and must be purchased and mounted on the board by the user e TSA OP IC101 RSK OP IC101 board Test pins 6 Read me first The board s external picture is shown in Figure 1 TESSERA Figure 1 RSK OP IC101 External Picture 1 5 Hardware Specifications Table 1 2 shows the hardware specifications for the RSK board Table 1 2 Hardware Specifications for RSK Board Renesas Electronics SAIC101 RAA730101 Mounted Smart Analog 16 bit A D A gt converter IC with programmable gain amplifier External power supply connection I F CPU board connection I F Interface External sensor I F Pattern oscillator BNC for MCLK SAIC101 external input circuit Sampling I F Supply Voltage 5 0V 3 3V from CPU board or external power supply Display LED Power Mounted sensor Temperature sensor NXFT15XH103FA2 Murata Dimensions Board dimensions 100 x 105mm W x D 1 6 Board Block Diagram The RSK OP IC10 board block diagram is shown below Power LED External Power SAIC101 VDD Powe
21. th a pin for measuring consumption current To measure consumption current remove the 0 Ohm resister R1 and measure the current flow between TP1 and TP2 Remove the 0 Ohm resister R1 and measure the current flow between TP1 and TP2 RSK_VDD SAIC101_VDD Figure 6 Circuit Structure when Measuring Current 2 3 SAIC101 Power Supply Configuration SAICO1 supports three power supply configurations Configuration 1 external power supply 3 3V 5 5V RVDD IOVDD AVDD CREG ADVDD DVDD Configuration 2 external power supply 3 3V 5 5V RVDD AVDD IOVDD CREG ADVDD DVDD Configuration 2 external power supply 2 7V 3 6V RVDD AVDD IOVDD AREG disabled AREGPD 1 CREG ADVDD DVDD 2 314 SAIC101 Power Supply Configuration Switch Circuit SAIC101 VDD AREG VDD SAIC101 Power supply configuration switch jum per IOVDD1 CREG_VDD IOVDD2 AVDD CREG_VDD Figure 7 Power supply constitution change circuit 2 3 2 SAIC101 Power Supply Configuration Switch Circuit Explanation D Configuration 1 settings and supply voltages default setting SAIC101_VDD SAIC101 Configuration 1 JP2 short JP3 open AREG_VDD CREG_VDD CREG_VDD Configuration 2 settings and supply voltages SAIC101_VDD SAIC101 Configuration 2 JP2 open JP3 short _ AREG_VDD CREG_VDD CREG_VDD Figure 8 Power Supply Configuration Switch Circuit Settings 1 2 2 Configuration 3 setti
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