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1. 19 229 9 I E 25 2 5 5 1 External Power Supply 25 2 25 USB 11 19 8 _____ _ __ __ 26 2553 ET Emulator ua aa 27 2 5 5 4 RL78 G1A Smart Analog IC500 Control Signal Monitor Connector 28 2 5 5 5 Extended Sensor Connector naga Aus 30 2 5 5 6 Extended MCU I F Connector uu l tne ei NE kt aen n ei e cea 33 3 DEMONSTRATION OF PHOTOTRANSISTOR MOUNTED ON BOARD 35 3 1 Tutorial for SA Designer and CubesSuite rr 35 3 1 1 Design Analog Frontend Circuit Using SA Designer 36 31 ISLAM OAD MERERETUR 36 3 1 1 2 Design Evaluation Circuit for Mounted Phototransistor 37 3 1 2 Create Project Using CubeSuite 40 3 1 2 1 Download Sample Program main c 40 u h aaa 40 3 1 2 3 Create Project In CUBE SUNG uy Lebe ose ou Sky 40 91 9 experience Using TSAIC minbere a i 46 3 1 3 1 Prepare Before 46
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6. aa 61 Figure 4 2 Parts Layout front side casus Den ii kann uci ntu Peau paw 62 Figure 4 3 Parts Layout back 63 ENCORE MES 6 Table 2 T Hardware Cete eh etes tad dt orm ua evo tia 10 Table 2 2 Power Supply ta ud 12 Table 2 3 Smart Analog IC500 Terminal List 14 Table 2 SWEN FUNCIONS 16 Table 2 5 Connector Funcion LIS uuu uu l inca tice takamushan aa 25 Table 2 6 RL78 G1A Smart Analog IC500 Control Signal Monitor 28 Table 2 7 Extended Sensor I F 30 Table 2 5 Extended MCU e o a dete quite se eae ee 33 TESSERA TECHNOLOGY INC 5 63 TSA IC500 USER S MANUAL 1 Overview 1 1 Document Overview This document describes the hardware specifications software structure and USB driver installation for TSA IC500 It describes an example of analog front end circuit design using mounted phototransistor at the end 1 2 Terms in This Document This document uses following teams for explaining the hardware specifications and software
7. Place The folder created with SA Designer It would outputs a warning message regarding code generation However the operations in this user s manual will not use the code generation So you can ignore it E Ee ANE re ee Pr i Coda ran f Generator m mo here wo Tama m fune Tumas mii i Cki Tuner Ww onines CTENI EAA amp pap A BLR Santo Debug Tess Prergams Br Tia a je nea cane Peet Pim Gee oes TESSERA TECHNOLOGY 41 63 TSA IC500 HEF O Sari Dd Ren d dd x o0 m T 5 Ug ue Gerster Te Cod Generate icu acit pim kiiij al Recent Ej r saic Documents graph f E F sadesigner reg Desktop File name My Network Files of tupe TESSERA TECHNOLOGY INC USER S MANUAL Select File Add and then Add File source c 42 63 TSA IC500 USER S MANUAL Confirm the main c is
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9. Ja vol 44 lt 7 IAN 56 63 TESSERA TECHNOLOGY INC USER S MANUAL TSA IC500 q 2102 90 5 0501 51 JequinN OOSOI VSL Ld3IA80S O 33 ___09 8r L v ZdLNI 82718 17 9d 9 1H Or 62 94 9 1H 85 72 9 1H 9 90d 8 14 22 9 1H 12 929 9 1H ___02 62 OdLNI 8274 8 22 _ 92 Sc Ovld 8214 vz ez 00d 8274 12 02 6 0015 8274 a 9 14 9 st Gld 8274 t er hd 9 1M ETERNI _ OL 6 12205 9 1H 8 1205 8274 9 IS 44d 8118 L b dk V 08M N Ano LED N 1 TENN V LEN N 8214 8 14 5 INOSdNY 0 L 62H 100481 41400 2 0 bleu 4400 2 INOZdNY 0 L 1 0 0 2 L L LNOdNL wyoo LNOONAS 814 gt v 8274 Z9d 8 14 09d 8 14 04 8214 Lyd 8214 8274 8 18 19534 821
10. k 4 i r a SO TESSERA i alaia ra Figure 2 18 E1 Emulator I F Connector Layout Caution Do not supply power from E1 emulator It may cause the board breakdown TESSERA TECHNOLOGY INC 27 63 TSA IC500 USER S MANUAL 2 5 5 4 RL 8 G1A Smart Analog IC500 Control Signal Monitor Connector As a RL78 G1A Smart Analog IC500 Control Signal Monitor connector TH1 is mounted The parts are not mounted for TH1 Instead through holes are mounted for a flexible usage They be used for monitoring the control signals between RL78 G1A and Smart Analog 500 for controlling Smart Analog 500 from CPU directly When controlling Smart Analog IC500 from external CPU process the control signal of RL78 G1A on the board appropriately Table 2 6 RL78 G1A Smart Analog IC500 Control Signal Monitor Connector TH1 Smart Analog 500 Signal Name on Circuit Connection with RL78 G1A Pin No Signal Name Diagram SCLK UMBL SCLK To 29 Pin SCK21 39 TH PinNo 2 UMBL 500 6 8 45 CLK HPF UMBL CLKHPF To 61 Pin TO00 9 0 a 100 2 The red frame parts below are connected to TH1 RL78 G1A 5 SN74LVC2T45 Smart Analog IC500 VDD SCLK21 5021 R32 R34 R40 Oohm 10kohm Figure 2 19 RL78 G1A Smart Analog IC500 Control Signal Monitor Connector Circuit TESSERA TECHNOLOGY INC 28 63 TSA IC500
11. dr pone e Lupa The cond pn hoe fo peed Gar Dun _ ee lol Esa prani cb Gisla D aka ba garej de han olsa Lohan Tisa i IDE can gt ___ Cube ule sc pon Hag L EOT Dor lie TM FC MIEL can ber Cerro ham the Roc package v TESSERA TECHNOLOGY INC 40 63 TSA IC500 USER S MANUAL Set following information on the Create Project window Ping imei Weng fain a Im EY Eak binna H pira di KAM ner EGE 1 Fa ABE TRAE PRO RT Apgkc abord CA PUE OP APT Cet PT composter of an tache mew pajari Microcontroller 78 Using microcontroller RSF10ELE RL78 G1A ROM64KB 64pin Kind of project Application CA78KOR Project name Whatever needed for example
12. prom Quid Debug Tod incom p L wl isha z emat Waie 25 Projete FT December ID 1 02 38 FU Q n Variable Value hangary i hat J gt ube Rat T amm s FE NI ET UE TE ETT Penser Did Debug Tod UM Cete enm atr Dems 4 Chay Gene aioe e Pot LECT e AID me Time db WaMchdog Tier Baal Tirem Cock Curpur we Controller iid endadilrr ri War mamam mu maa Ended ecann L acts Patlad O Projacta iHomdey Danast fI1E 1 06 90 z uu a kd MPEG oes AG Sep tee TESSERA TECHNOLOGY INC 52 63 TSA IC500 USER S MANUAL Set values shown below and click Execute button Click Analysis Chart when executed CobeSiile Praperiy DE Yew Project Bui Debug Wincor DE Property marie U Chagas D Propan Anaro Pr Configurer Design E tenor Pin Lit s Code Genes stor Deugn Ta
13. Tm Pcr Lus BIN lei jeram pie Pan SP hte Device name R5F10FME Smart Analog 500 Source generation path Wherever needed for example AFE PT Library Check Generate the SPI Function Generate the graph analysis library Normally it should be RL78 G1A R5F10ELEAFB but the version 1 01 of SA Designer does not support it Therefore select the RL78 G1E R5F10FME Smart Analog 5 This device is a Smart Analog MCU packaging the CPU RL78 G1A and analog part Smart Analog IC500 So the CPU is the same TESSERA TECHNOLOGY INC 37 63 TSA IC500 USER S MANUAL Design an analog frontend circuit to use the phototransistor Change the setting from the initial status as shown below circuit diagram e 14 l A Caution Use the fixed voltage 3 3V for the adjustable output voltage regulator LDO OUT RL78 G1A does not support voltage other than 3 3V TESSERA TECHNOLOGY INC 38 63 TSA IC500 USER S MANUAL Generate sources by clicking Generate on the menu bar then click Generate Source file generates C source code reflecting the circuit design result ate Tool Help Generate Source File until dated SA Designer Generate Register Source File Generate gt Register Build Run Generate Options the design file by clicking File
14. OM DM DE DAC3OUT TEMP OUT Ls om amer ons mor oes fms Analog GND LPF OUT wo nas 4 nes 3 o MPXNS 7 OUT CNI38 Th138 MPXIN61 GAINAMP_IN p ew owe moa nna 45 CN1 45 TH1 45 46 Analog GND CN1 46 TH1 46 47 43 CN1 47 1 47 48 Analog GND CN1 48 TH1 48 49 32 AMP4 OUT CN1 49 TH1 49 5 Analog Power CN1 50 TH1 50 Phototransistor is in the initial state are connected Please implement by replacing the resistors R61 R62 2 If you are using on this board This signal is connected to the microcomputer RL78 G1A TESSERA TECHNOLOGY INC 32 63 TSA IC500 USER S MANUAL 2 5 5 6 Extended MCU I F Connector As an extended MCU I F connector TH3 is mounted The parts are not mounted for TH3 Instead through holes are mounted for a flexible usage Table 2 8 Extended MCU I F Connector TH3 RL78 G1A Connecting Signal Name TH3 RL78 G1A Connecting Signal Name _ Deine 5 128 RL78_ 521 6 7 11 2 P43 RL78 P43 12 3 P42 RL78 P42 19 141 P10 RL78 5 00 20 No connection VDD RL78_INTP2 TESSERA TECHNOLOGY INC 33 63 TSA IC500 USER S MANUAL hili IE Figure 2 23 Extended MCU I F Connector Layout TESSERA TECH
15. PSLE 1 00 38 MM bets 4 nim PE i Pax Finck um beet DAR u 1a PE TTiSsrkal5 Dont am dud d 220 7081 5 procmssai g _ inrarrupt PD DTA esta l dara Japa rese Fi j Babi Rasdimzart amp naol reqs SHH L ferjan F misma ntn 10 ROLE PHP TESSERA TECHNOLOGY INC 50 63 TSA IC500 USER S MANUAL Click Analysis Chart from Program Analyzer I ETu a sweat War meme Er ediBwzcear l Pred Pasbad D Ge 1108136 FI a can id amdadilkrrer Het ___ Peg acta Feile G Frojectsl fizmday TESSERA TECHNOLOGY INC 51 63 TSA IC500 USER S MANUAL Confirm the variable pt_data is registered to ch1 a LT Pari pde
16. 3 1222 Demonstrate Board uos Ever e ot 50 4 HARDWARE MATERIALS uu a u 55 55 TESSERA TECHNOLOGY INC 3 63 TSA IC500 USER S MANUAL 2 D 59 BOA spe RP 61 awas 62 TESSERA TECHNOLOGY INC 4 63 TSA IC500 USER S MANUAL FIGURES AND TABLES Figure 11 Board P OBL SIAC a 7 Figure 1 2 Board Back SIde u uuu uu 8 Figure 1 3 Product Usage Sample Image 1 9 Figure 1 4 Product Usage Sample Image 2 9 Figure 2 1 Block ou uu L atau mua Tatu Esta sa 11 FOUC 2 2 Selling unumansi up g upas uka Sa eae 12 Figure 2 3 LED Indicator USB Power 13 Figure 2 4 LED Indicator External Power 13 Foure 2 5 SWIA 16 Figure 2 6 Clock Circuit Layout uum uuu naka asun 17 Figure 2 7 RL78 G1A Current Measurement Terminal a 1
17. I Tu er Waku CE fu b Access stopping execution Yes Display update interval ms 100 Connect E1 emulator to E1 emulator I F connector of TSA IC500 USB Cable 7 1 Emulator On chip debugging Emulator TESSERA TECHNOLOGY INC 48 63 TSA IC500 USER S MANUAL Connect TSA IC500 to PC with USB cable for supplying power Alternatively external power supply can be used with changing the JP1 setting Confirm that the LED turns on On chip debugging emulator e If Found New Hardware Wizard displays please ignore it Only do power supply TESSERA TECHNOLOGY INC 49 63 TSA IC500 USER S MANUAL 3 1 3 2 Demonstrate on Board Checking the operation on the board is explained Click the red framed button below to download H zat 4 x 1a A B 2 Select the variable pt_data that is a variable displaying in and then click Register to Watch1 rmai Bai pee 3 Wats a 1417 ended ener 0 a Bead og P F wen ri sezaman
18. Table 1 1 List of Terms Smart Analog Product that analog circuits and features are reconfigurable by software designed for supporting multiple sensors and drivers Smart Analog IC Product that is categorized in above term but it is a package of an analog circuit Smart Analog IC500 Smart Analog IC reconfigurable circuit type from Renesas Electronics Smart Analog IC500 official part number RAA730500 E1 emulator On chip debugging emulator from Renesas Electronics This can be used as a flash programmer selling separately CubeSuite Integrated development environment packaging all basic software tools for developing software on microcontrollers form Renesas Electronics SA Designer Development tool from Renesas Electronics generates circuit data as C source code from the analog frontend circuit designs of Smart Analog product 1 3 Board Features e Enable to evaluate Smart Analog IC500 RAA730500 from Renesas Electronics e RL78 G1A R5F10ELEAFB is mounted for controlling Smart Analog IC500 e Option to use USB power or external power supply e Enable to get illuminance of phototransistor with using Smart Analog Easy Starter e Extensibility to add sensors TESSERA TECHNOLOGY INC 6 63 TSA IC500 USER S MANUAL 14 Product Overview The product contains following items TSA IC500 e Documentations This contains some specific notes and downloading URLs for Smart Analog Easy Starter a
19. wo ys F Papua piedi E CABEDR Tool Phim sassasqasaa Failed 8 Prejemaj Dasembas 10 2012 11211134 eee Ee mE usua Kom Erna i LET Caution Do not supply power from E1 emulator TESSERA TECHNOLOGY INC 47 63 TSA IC500 USER S MANUAL Go to Debug Tool Settings and set following information for Access Memory While Running AF T PT 1 MARC EUN 9 E AUT Prose Bl ero Pin Configurator Design hg brane teste of t cs Pn Lit Largie REINO E a s aJ ode arme Teen Tra 8 fom begat put Huk ST RESET AD Cyro Mis E Machado Coc fine 1 Debe etre rer Cu ig qu Volbaxe ma dig graph 4 Bdu 1
20. Converter Tme di Timer or a Clock e rereal 1 rita THE Chrk Output Purser UE a UE ch m tecti 1 5 L l SS m i gt 11 rp A Buka Tool P s v RLTR ERU Seri Debug Tall gt Analyser T a Jm cha Ar z E Ould tool generated px innewi mee cece ion ayapa e Pas J cli m E w Variable Value Changing Chart 1 Execution Chart Open Hal FS es 11 PRD si Budd DEN FP inc FE gt RUN Coeur D Measuring Lp 4 t r F Figure 3 1 Phototransistor Position TESSERA TECHNOLOGY INC 54 63 TSA IC500 USER S MANUAL 4 Hardware Materials 41 Circuit Diagrams The circuit diagrams are described in the following pages TESSERA TECHNOLOGY INC 55 63 USER S MANUAL TSA IC500 2102 90 19 0501 51 _ _ J quinN 1lu unooq 00SOI VS1 PONSOLSd8 n
21. Non Mount VBUS UVCC VCC USB Controller CN2 USB CN SCLK MISO MOSI SS SCLK MISO D D UX60SC MB 5ST IC6 UVCC dL RESET IC ADM1816 10ARTZ VBUS JP1 Area DVCC External Power X1 X2 XT1 XT2 Port TH3 Extended MCU I F Connector XTAL3 32 768KHz XTAL2 No Mount Power Option AV a ADP151 AUJZ 3 3 Connector VDD 0000 U_GND DGND AGND Analog Powe Area Figure 2 1 TSA IC500 Block Diagram Analog Power Area Smart Analog IC2 IC500 LDO_OUT AVDD DVDD Control Analog Port MPXIN20 Q1 Phototransistor SFH3710 3 4 Z TH2 Extended Sensor Connector Analog Power Area This board mounts RL78 G1A for the control microcontroller of Smart Analog IC500 minimize noises it uses separate power plane e External Power Area Area that supplies DC power from external power Power Branch Area Area that supplies power to digital power area and analog power area with selecting from USB power or external power e Digital Power Area Area that supplies power to USB controller RL78 G1A and logic circuit Analog Power Area Area that supplies power to analog power of Smart Analog IC500 RL78 G1A TESSERA TECHNOLOGY INC 11 63 TSA IC500 USER S MANUAL 2 3 Power Supply 2 3 1 Power Options This board has a function to be able to select a power source Following table and figure describe how to
22. UMBL 0 Extended sensor I F connector 24 MPXIN21 UMBL MPXIN21 Extended sensor I F connector 25 MPXIN11 UMBL Extended sensor F connector 26 2 UMBL 20 Extended sensor I F connector 27 MPXIN10 UMBL 0 Extended sensor I F connector 28 ___ AGND3 GND _______ Analog power O 29 BOR OUT ___ BGR OUT Grounded through C42 AVDD2 AVCC Analog power LDO OUT UMBL VREFOUT Extended sensor I F connector RL78 G1A AVDD 47pin through EF5 j AMP4_OUT UMBL_AMP4OUT Extended sensor connector RL78 G1A ANI5 AMP4_INN UMBL_AMP4_IN_NE Extended sensor I F connector UMBL_AMP4_IN Extended sensor I F connector TEMP_OUT UMBL TMPOUT Extended sensor connector ANI17 60pin RESET SAIC_ RESET RL78 G1A Smart Analog RL78 G1A P130 500 control signal monitor 57 connector through Level Shifter TESSERA TECHNOLOGY INC 14 63 TSA IC500 USER S MANUAL DVDD DVCC Digital power RL78 G1A Smart Analog RL78 G1A SCK21 IC500 control signal monitor 29pin connector through Level Shifter 39 SDO UMBL_SDO RL78 G1A Smart Analog RL78 G1A 121 28pin IC500 control signal monitor connector SAIC_SDI RL78 G1A Smart Analog RL78 G1A SO21 IC500 control signal monitor 27 connector through Level Shifter SAIC_ CS RL78 G1A Smart Analog RL
23. USER S MANUAL Z xw Lf A Lx O A ian ja ri T TES HITS Figure 2 20 RL78 G1A Smart Analog IC500 Control Signal Monitor Connector Layout TESSERA TECHNOLOGY INC 29 63 TSA IC500 USER S MANUAL 2 5 5 5 Extended Sensor I F Connector As an extended sensor I F connector TH2 is mounted The parts are not mounted for TH2 Instead through holes are mounted for a flexible usage Table 2 7 Extended Sensor I F Connector 2 Smart Analog 500 Signal Name on Circuit TH2 Smart Analog 1 500 SignalNameon Pin Terminal Signal Name Diagram Pin Terminal Signal Name Circuit Diagram No No DAC1OUT UMBL DAC1OUT AMP1OUT UMBL AMP1OUT 5 A GND 9 25 11 UMBL_MPXIN11 10 l No connection 11 26 ___ 2 UMBL_MPXIN20 __ 12 J __ 13 24 MPXIN21 _ UMBL_MPXIN21 ___ 14 7 AVDD 9 15 18 DAC20UT UMBL DAC2OUT 16 J RL78 AVREFPP 17 14 AMP20UT UMBL AMP2OUT 18 RL78 AVREFM _ ANI8 UMBL_MPXIN30 2 78 ANID UMBL_MPXIN31 2178 U U OR O ee EC TEMP_OUT 8 SC_IN UMBL SCIN GAINAMP IN UMBL GAMPIN TESSERA TECHNOLOGY INC 30 63 TSA IC500 USER S MANUAL IE ka TESSERA m ede mM mer Figure 2 21 Extended Sensor I F C
24. set a power source It is set to USB power supply as default Table 2 2 Power Supply Settings Power Source JP1 Setting Connector Connector Form Connector Part lE C d External 2 5mm pitch dipole connector power supply 6 4 short 5 0V N2 USB power 1 3 short USB Mini B connector UX60SC MB 5ST supply 2 4 short 5 0V USB Power Supply External Power Supply Figure 2 2 JP1 Setting not apply voltage other than 5 0V The board is not guaranteed to work TESSERA TECHNOLOGY INC 12 63 TSA IC500 USER S MANUAL 2 3 2 Supply Power LED will turn on when you supply power to the board If it is USB power supply both LED1 and LED2 will turn on If it is external power supply only LED2 will turn on TESSERA EX m TE FI HENE i l rit 1 w pm LE mus LED1 turn on LED2 turn on Figure 2 3 LED Indicator USB Power Supply E GU a m E ma PEE M mi m n RU ADI IEEE LI 1 LED1 turn off LED2 turn on Figure 2 4 LED Indicator External Power Supply TESSERA TECHNOLOGY INC 13 63 TSA IC500 USER S MANUAL 2 4 Smart Analog IC500 The connecting destinations of all Smart Analog IC500 terminals are described below Table 2 3 Smart Analog 1 500 Terminal List Smart Analog Circuit S
25. voltage V from analog terminal of Smart Analog 1 500 In practice the effect of resistance errors should be taken into consideration in above formula RL78 G1A RL78 AVDD RL78 AVDD Smart Analog 500 AVDD ADC Inpu R Analog Output Figure 2 13 Example of Mounting Resistance for Voltage dividing Circuit to Amplifier Peripheral Circuit 4 TESSERA TECHNOLOGY INC 23 63 TSA IC500 USER S MANUAL Smart Analog IC500 terminal mounts patterns shown below figure TEMP OUT RL78 G1A Smart Analog IC500 PO2 ANI17 Figure 2 14 Amplifier Peripheral Circuit 5 Smart Analog 500 terminal mounts patterns shown below figure RL78 G1A and Smart Analog 500 are connected through a level shifter with two power supply type to accept the voltage error between them HPF CLK LPF CLK SYNCH RL78 G1A SN74LVC2T45 Smart Analog 500 DVDD Voltage Level Clock Input Shifter Timer Output Figure 2 15 Amplifier Peripheral Circuit 6 TESSERA TECHNOLOGY INC 24 63 TSA IC500 USER S MANUAL 255 Connector The board mounts many kinds of connectors Some parts are not mounted The table below describes the connectors Table 2 5 Connector Function List C ee Name USB Mini B connector UX60SC MB 5ST USB I F 2 54mm pitch 14 pole connector 7614 6002PL E1 emulator I F 2 54mm pitch 10 pole connector Not mounted RL78 G1A Smart Analog C500 control signal monitor 2 54mm pitch 5
26. 0 pole connector Not mounted Extended sensor I F 2 54mm pitch 50 pole connector Not mounted Extended MCU I F 2 5 5 1 External Power Supply Connector As an external power supply connector CN1 is mounted Apply 5 0V with caring about plus and minus For detail about selecting power sources from external power or USB power please refer to 2 3 1 Power Options Figure 2 16 External Power Supply Connector Layout TESSERA TECHNOLOGY INC 25 63 TSA IC500 USER S MANUAL 2 5 5 2 USB Connector As an USB I F connector CN2 is mounted It is connected to PC through USB controller MAX3420 The cable is bundled so please use it For detail about selecting power sources from external power or USB power please refer to 2 3 1 Power Options Hil mi E chg E B num in 12527 4 iii nm 4 FERRER iH k a E F F a x Figure 2 17 USB I F Connector Layout TESSERA TECHNOLOGY INC 26 63 TSA IC500 USER S MANUAL 2 5 5 3 E1 Emulator I F Connector As Emulator connector CN3 is mounted With 1 emulator connected you debug and program software For details please refer to 3 1Tutorial for SA Designer and CubeSuite M dn L lig pE au Ga E m
27. 155 I lt __ __ 071 UOISJ A 3511 Sueg 00801 60 63 TESSERA TECHNOLOGY TSA IC500 USER S MANUAL 43 Board Size Figure 4 1 shows the board size and the position of connectors The through holes for extended terminals are placed with 2 54mm pitch All linear dimensions are in millimeters Figure 4 1 Board Size TESSERA TECHNOLOGY INC 61 63 TSA IC500 USER S MANUAL 44 Parts Layout Figure 4 2 shows the parts layout on the front side of the board and Figure 4 3 shows the parts layout on the back side For those references and part numbers of each part please refer to the circuit diagram and parts list 3OOQOOOOQOOOOQOOOOQOOOOQOOI C C O C C Q9 C O C9 OCO C O O O OO D_GND THI teh 60055 swe ICt c25 Shan TESSERA XTAZ TO A GND TS TCS01443 TSA ICBOO Ver 1 O Figure 4 2 Parts Layout front side TESSERA TECHNOLOCGY INC 62 63 TSA IC500 USER S MANUAL R54 Lr R52 35 ERA _ Gok Figure 4 3 Parts Layout back side TESSERA TECHNOLOGY INC 63 63
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30. 4 699 1noddl 8214 04 8218 00406 8218 0005 8274 Pid 9718 8218 8218 8218 8218 1215 8218 Qld 8 1H junowun 899 1 OddH junowun 8214 asn 55 88 ISoW gsn OSIW_asn WOS gsn L NI 185384 asn 3 1 861 las 5 10S 3 1201 5 ONASMIO IAWN 13sau 3 1015 N 814 v lt lt lt cela 0 0 0 11400 1400 1400 0 0 v 1958 Leva N 654 854 1154 19584 1258 8274 OLINV 82784 6INV 8 14 8INV 8274 299 LNOtdNV yunowu n 8274 lt 1 19 IAWN lt 1 v 9 1M 8274 0015 8274 00495 8 14 054 8 14 04 9 14 8174 8214 1205 8 74 1215 8218 2306 81784 S0d 8774 Lyd 8774 90d 8274 8 14 8274 tid 9 14 S d 8 14 9 4 8 14 82184 ZINV 8 13 8 15 FINV 8214 SINV 8274 9INV 8274 ZINV 8 14 9LINV 82714 LLINY 82784 8214 v M _
31. 78 G1A P73 26pin IC500 control signal monitor connector through Level Shifter DGND D_GND Digital power Se 4 i DAC4 OUT UMBL DACAOUT Extended sensor I F connector 52pin through Level Shifter through Level Shifter Analog power ___ LPF OUT UMBL LPFOUT Extended sensor I F connector RL78 G1A ANI3 53pin 42 43 4 45 46 TESSERA TECHNOLOGY INC 15 63 TSA IC500 USER S MANUAL 25 Evaluation Circuit This section describes the evaluation circuit on the board 2 5 1 Switch The board has 2 kinds of switches shown below table Table 2 4 Switch Functions Reference Function Switch for external interrupts Connecting to INTPO terminal of RL78 G1A Inputting High level to INTPO terminal when releasing the switch and Low level when pushing down the switch Switch for board reset Connecting to RESET terminal of RL78 G1A Inputting High level to RESET terminal when releasing the switch and Low level when pushing down the switch MCU becomes reset status when Low level SW2 SW1 Switch for board reset Switch for external interrupts Figure 2 5 Switch Layout TESSERA TECHNOLOGY INC 16 63 TSA IC500 USER S MANUAL 2 5 2 Clock Circuit RL78 G1A mounted on this board has a high speed oscillator built in as system clock This board does not have a normal oscillator since use of high speed built in oscillator circuit is assumed The pattern XTAL2 is bui
32. 8 Figure 2 8 Smart Analog IC500 Current Measurement Terminal 18 Figure 2 9 Amplifier Peripheral Circuit 1 1 4 101 19 Figure 2 10 Amplifier Peripheral Circuit 2 2 20 Figure 2 11 Amplifier Peripheral Circuit 3 3 21 Figure 2 12 Amplifier Peripheral Circuit 22 Figure 2 13 Example of Mounting Resistance for Voltage dividing Circuit to Amplifier Peripheral Circuit ee E A eee ee __ 23 Figure 2 14 Amplifier Peripheral Circuit 5 24 Figure 2 15 Amplifier Peripheral Circuit 6 24 Figure 2 16 External Power Supply Connector 25 Figure 2 17 USB I F Connector 26 Figure 2 18 Emulator Connector 27 Figure 2 19 RL78 G1A Smart Analog IC500 Control Signal Monitor Connector Circuit 28 Figure 2 20 RL78 G1A Smart Analog IC500 Control Signal Monitor Connector Layout 29 Figure 2 21 Extended Sensor I F Connector 31 Figure 2 21 TSA IC500 connecting the sensor extension board TSA EXT BOARD 31 Figure 2 22 Extended MCU I F Connector 34 Figure 3 1 Phototransistor POSION oo tse ve aen aiu Taie asse suede o4 PoU Sd BOSE IZ
33. IPIBE WH EEC JOHEEGIICIHEZWH 920835159 3 MUSES Z E E OMEEHIJS 2 2 1nLbIE TNS j T NIHSS VONOH _ ZXId3WVvE O43 __ L r ANOOSRLEOATRINS 28S ENOOGRLZOATPENS A ppm YOH s zbWoiPPIWndv IMg EE Z nivigIiddv end semum ji 1 O0 li tPOHS0ISHSIWAN O _ M memw 45 j PEN amp IOVPCIOIHIOZSBINWNHD 40352985 ___ ASL WSC PSL ERED mna 6 _____ gogionuneuu SLOVXSOLOLIBBLEWHO PREY BEGVMEDIHIZHSBTNHO 921204 ues F
34. L OLdAV 91 L9NIXdlN a 4 4 LON Xd 8 OLHTOLOdSLAAN bs O9NIXdW OL GNYAN _ 933 LGNIXdW 6 QN9 V yunowunN yunowunNn yunowu f yunowunNn yunowu f LL junowun junowun lt rare 024 694 89H 198 LYN Xd 02 99H vou B i 0 OvNIXdIN TANN _ zou LENIXdW LZ o NIXdW aM _ LnOLdAV TANN LZNIXdN 19 10 VC OZNIXdN 2 L OZNIXdW 92 e LENIXdW L9H LLNIXdW TANN SZ wyog m E OLNIXdW OLNIXdW TANN 22 2 L 093 221 JUNOLWU f junouuu f C 6SH LSH 9SH 29 58 63 TESSERA TECHNOLOGY INC TSA IC500 USER S MANUAL 4 2 Parts List The parts information is listed in the following page TESSERA TECHNOLOGY INC 59 63 USER S MANUAL TSA IC500 ms 14 umasa 1 A078 1950 Ovixaeeww py 55002139159 SsoU0WzI3DISO TT 05 Gel _ 1 00 Sdi di9dISdLIdl 0 _____ 5 13805 24
35. NOLOGY INC 34 63 TSA IC500 USER S MANUAL 3 Demonstration of Phototransistor Mounted on Board The tutorial will be describes in this section for customers to evaluate the design of analog frontend circuit As the tutorial uses the phototransistor mounted on the board customers can evaluate instantly There are two ways to evaluate Two tutorials will be explained in following order Tutorial for SA Designer and CubeSuite This is for those customers who have E1 emulator Please download SA Designer and CubeSuite from the Renesas Electronics web site 3 1 Tutorial for SA Designer and CubeSuite This section describes how to use SA Designer and CubesSuite step by step Please install SA Designer and CubesSuite before stating this tutorial The description assumes the PC is running Windows XP as the OS and the version of SA Designer is V1 01 00 08 15 Oct 20127 and CubeSuite is V1 03 00 11 Oct 2012 For details about functions and operations of SA Designer and CubeSuite please refer to the help function If you want to use other IDE please get support for Renesas Electronics Tutorial Steps Design Analog Frontend Circuit Using SA Designer Start SA Designer Design Evaluation Circuit for Mounted Phototransistor Create Project Using CubeSuite Download Sample Source main c e Start CubeSuite e Create Project in CubeSuite Experience Using TSA IC500 Prepare Before Demonstration e Demonstrate o
36. TSA IC500 User s Manual Date published December 2012 Rev 1 0 TESSERA TECHNOLOGY INC 2012 Printed in Japan TS TUM01606 TSA IC500 USER S MANUAL CAUTION The information in this document is subject to change without notice No part of this document may be copied or reproduced in any form or by any means without prior written consent of Tessera Technology Inc Tessera Technology Inc assumes no responsibility for inaccuracies or misprints of this document Tessera Technology Inc does not assume any liability for infringement of patents copyrights or other intellectual property rights of third parties by or arising from the use of Tessera Technology Inc products described in this document No license express implied or otherwise is granted hereby under any patents copyrights or other intellectual property rights of Tessera Technology Inc or others Descriptions of circuits software and other related information in this document are provided only to illustrate the operation of semiconductor products and application examples You are fully responsible for the incorporation of these circuits software and information in the design of your equipment Tessera Technology Inc assumes no responsibility for any losses incurred by you or third parties arising from the use of these circuits software or information This product should be handled like a CMOS semiconductor device The user must take all precautions to avoid build u
37. added under File epe pel ug x a3 Pevconfguratar 3 Uude i Gera me Pot inh Al Converter Tw an ie Faire Chock B ii i p 1 Detection Chap 4 422022 lect pim sn rstting m MEDI ET jane Now switching the operation to SA Designer Switch to SA Designer Select Generate on the menu bar and then select Generate gt Register Source File ew Generate Tool we Generate Source File Xt Genetate gt Register Source File Generate sRegister Builld Run Generate Options When the registration completes the following window displays Click OK 2E AFE P T ini SA Designer Generate Tool Help SA Designer 10000 7 AJ Generation of AFE register data source and registration of the File to project were completed TESSERA TECHNOLOGY INC 43 63 TSA IC500 USER S MANUAL Now switching the operation to CubeSuite Switch to CubeSuite Confirm the sources generated with SA Designer are added under File W AIL PT CubeSulse amp s l M TEE 3 SNL um Fe US 3 marc o ao T
38. age 2 TESSERA TECHNOLOGY INC 9 63 TSA IC500 USER S MANUAL 2 Hardware 21 Hardware Specifications The specifications of the product are described in below table Table 2 1 Hardware Specifications Smart Analog IC Smart Analog 500 730500 from Renesas Electronics Smart Analog IC reconfigurable circuit CPU RL78 G1A R5F10ELEAFB from Renesas Electronics Flash ROM 64KB RAM 4KB Data Flash 4KB Operation Frequency Main system clock High speed on chip oscillator 1 32MHz Low speed on chip oscillator 15 2 Sub system clock Oscillator 32 768kHz Interface USB connector Mini B External power connector E1 emulator connector RL78 G1A Smart Analog 1 500 control signal monitor connector Extended sensor I F connector 50 pin Extended MCU connector 50 pin Sensor Input Terminal 12 terminals MPXIN10 1 1 20 21 30 31 40 41 50 51 60 61 It can input to GND 0 1V AVCC 1 5V 5 0V USB or external power supply Mounted Sensor Phototransistor SFH3710 3 4 Z from OSRAM Product Size Board size 90 x 55 mm W x D TESSERA TECHNOLOGY INC 10 63 TSA IC500 USER S MANUAL 2 2 The block diagram of TSA IC500 is shown below Block Diagram Digital Power Area E1 Emulator Connector TH1 RL78 G1 A Smart Analog 500 Control Signal Monitor Connector RL78 G1A Digital Power Area Reset Circuit IC1 IC3 IC4 MAX3420EETG Regulator ADP151 AUJZ 3 3 U_GND
39. aman bukti eps eee rk urs DES Wo A ukt Toad L leh T icm Sheer Zaa pm Set ged Bekah shakka Lb ba troi peer tale pam aus bag Wo Following sources will be added under File r sadesigner reg c r sadesigner h r sadesigner reg h Cg Saic c r cg saic h r dbg graph c r dbg graph h r dbg graph lib TESSERA TECHNOLOGY INC 63 TSA IC500 USER S MANUAL Go to CA78KOR Build Tool Link Option Device and then set the following information Property Wes Debug amp 2D 7 0o x i in Species the user ophon mie hemmed without Tin Gti er gh rana ALAS eto ees fof B magi even tien ee ee ee Ts i ER Bukd ool 42104 jiaass salast pum Satu salsct pim Z 6 t bieh r __ _ er Use on chip debug Yes go Option byte values for OCD 84 Set user option byte Yes gb Us
40. er option byte values EFFFE8 Click the red framed button below to rebuild TESSERA TECHNOLOGY INC 45 63 TSA IC500 USER S MANUAL 3 1 3 Experience Using TSA IC500 This section explains how to demonstrate with TSA IC500 3 1 3 1 Prepare Before Demonstration Preparation before checking the operation is explained Change the debug tool to RL78 E1 Serial L Pi Inl s C tu x ALTE Sms Pep rd airs amp D Pros amma Gate ET I5 TE Saqraq he sui MT Status amp 51 muhuta i ibis i l k r seresssrais NnAadifuspeasd rapapa fariasi propera Deseshas 15 2042 2h db bi i L D_ Paq TESSERA TECHNOLOGY INC 46 63 TSA IC500 USER S MANUAL Confirm Power target from the emulator MAX 200 is set to No 1 Wes pomi pii Debug we amp s x OO M LLLI z P Pin Configurar Peg T Core orum ize min ap Cock Gener icr Put w Te dp Timer wi internal ram Cock Cs
41. ignal Name Destination 1 Destination 2 IC500 Terminal Name m AVDD3 AVCC Analog power oom 2 SC IN UMBL SCIN Extended sensor connector CLK SYNCH SAIC CLKSYNCH RL78 G1A P41 through Level Shifter SYNCH OUT UMBL SYNCOUT Extended sensor I F connector RL78 G1A ANI19 1pin AGND2 A GND Analog power 6 GAINAMP OUT UMBL GAMPOUT Extended sensor I F connector RL78 G1A ANI16 59pin GAINAMP_IN UMBL_GAMPIN Extended sensor connector 8 MPXIN61 UMBL_MPXIN61 Extended sensor I F connector Amp peripheral circuit 9 MPXIN51 UMBL_MPXIN51 Extended sensor connector Amp peripheral circuit 10 MPXIN60 UMBL_MPXIN60 Extended sensor I F connector Amp peripheral circuit 11 50 UMBL_MPXIN50 Extended sensor I F connector Amp peripheral circuit AMP3_OUT UMBL Extended sensor I F connector RL78 G1A ANI2 54pin 13 DAC3 OUT UMBL DAC3OUT Extended sensor I F connector VREFIN3 AMP2 OUT UMBL AMP2OUT Extended sensor I F connector RL78 G1A ANI6 15 AGND1 A GND Analog power AMP1_OUT UMBL AMP1OUT Extended sensor I F connector RL78 G1A ANI7 AVDD1 AVCC Analog power Hue m ee gt VREFIN2 r e e e VREFIN1 20 MPXINM UMBL_MPXIN41 Extended sensor connector 2 MPXIN31 1 MPXIN31 Extended sensor I F connector 2 0 UMBL_MPXIN40__ Extended sensor connector 23
42. l wl Glock Generator Port Spy heed cob Mange Curren col hed ire w Aes Tmer oon 4 Tarer Cinch OutputBarser Output me Core w Volga w 4 y DEM CPU ALTA 192 255 10 79 Outpt x s rie Escrime aci TI tud tool generated Valun pm 1 B Setup Spectp the value beteren clashed lines that divided chat into 10 vertically nets by amp maii sach vanable J apanami ac Variable Yalue Changing WD4D30IS Plamasa qatting Hi Time per grid Time Div 2005 Value per grid Val Div 100 TESSERA TECHNOLOGY INC 53 63 TSA IC500 USER S MANUAL Try and see the value changes of variable according to the illuminance level FE Cubersiile Charl Into Fe ER Yon Wi We dud x D JU uw 6 ub Design Tool is T Code Generator Tool Cock aeris aber T 1 OT LETTE quoa Vias Dn mi AIO
43. lt on the board in case that frequency accuracy and frequency itself cannot meet the requirements Lead type two three terminal oscillator can be implemented Also XTAL3 32 768 2 is mounted as a sub clock TL TUE Oscillator for TUE Subsystem clock a E wawa LN LE ap cm LL L LE LN 6 c ma Through hole ground Three terrrinal oscillator Footprint for rrounting Through hole for mounting oscillator Figure 2 6 Clock Circuit Layout TESSERA TECHNOLOGY INC 17 63 TSA IC500 USER S MANUAL 2 5 3 Consumption Current Measurement Terminal There are measurement terminals on the board to measure consumption current for RL78 G1A and Smart Analog IC500 Disconnect 00 resistance R20 R60 R89 before measuring the consumption current RL78 G1A VDD ia i j 11 TP12 Smart Analog 500 eniin 9 TP13 TP14 DVCC Figure 2 8 Smart Analog IC500 Current Measurement Terminal TESSERA TECHNOLOGY INC 18 63 TSA IC500 USER S MANUAL 254 Smart Analog 500 Analog Peripheral Circuit Smart Analog IC500 on the board has an operational amplifier which has a resistance built in for variable gain Also patterns are designed on the board for the case of connecting other parts The size of a resistance should be 1608 Those re
44. n Board TESSERA TECHNOLOGY INC 35 63 TSA IC500 USER S MANUAL 3 1 1 Design Analog Frontend Circuit Using SA Designer 3 1 1 1 Start SA Designer Start SA Designer When SA Designer started below window will open LESE Learn About SA Do osign r We recommend reading fe hiris do ird aut wha you can do vds EAr lona Grae Ihe h Design New Circuit Diagram dapra Open Existing Configuration File an deny of ScDezigner nca ian alto urn Diz Deine Al ma ihm Hua ow apuq TESSERA TECHNOLOGY INC 36 63 TSA IC500 USER S MANUAL 3 1 1 2 Design Evaluation Circuit for Mounted Phototransistor You are going to design an evaluation circuit for mounted phototransistor Click GO button in Design New Circuit Diagram M Learn mun umso me sk armana nam puc a Gi LL mr m Cheap Caro Lhngr am i T dispu 8 da imi am Li C ED es Tus Due ee wisa 2 Enter following information on the New Creation window Eu emp Fe mam se Fais CLE
45. nd USB driver Please read this before start using USB cable Mini B type The pictures of the board are shown below X ww ii 2 5 an d ES iip Fi Adi 5 e OOgDo o Do o e Ola s Ver F rz SIE 1 Figure 1 1 Board Front Side TESSERA TECHNOLOGY INC 7 63 TSA IC500 USER S MANUAL Gg eo G aG CX x ry G TEB TE n AE iT Lg Alice AU C35 E e MEER a Figure 1 2 Board Back Side TESSERA TECHNOLOGY INC 8 63 TSA IC500 USER S MANUAL The product usage sample is shown below It can design the analog part of RAA730500 by using Smart Analog Easy Starter Also you can design with using CubeSuite and SA Designer when you connect E1 emulator For details about and SA Designer such as operations of them please refer to Renesas Electronics Web site GUI Smart Analog Easy Starter mI I ot 29 p m 4 T USB Cable Figure 1 3 Product Usage Sample Image 1 IDE CubeSuite USB Cable E1 Emulator On chip debugging emulator Figure 1 4 Product Usage Sample Im
46. on the menu bar then click Save It saves the circuit design result Save As i Recent Files Properties Exit ree daemon likes MUS 1 base number Hum vgl File name Wherever needed for example AFE PT ini Creator Whoever needed Description Whatever needed TESSERA TECHNOLOGY INC 39 63 TSA IC500 USER S MANUAL 3 1 2 Create Project Using CubeSuite This section explains about starting CubeSuite and creating a new project 3 1 2 1 Download Sample Program main c Download the sample program main c from the web site below and save it in the folder created with SA Designer Currently sample programs are provided with the user s manual Web site is under construction 3 1 2 2 Start CubeSuite Start CubeSuite Click Tool on the menu bar and then select Startup IDE CubeSuite will launch CubeSuite be launched from Windows Start menu AFE PT ini SA Designer a ane i File Generate Took Help jt Jelp k j RSFIDFME Smart Analog MCLIS00 IDE Settings Options 3 1 2 3 Create Project in CubeSuite Open the menu by clicking Start button after CubeSuite starts Click GO button in the Create New Project area laas
47. onnector Layout We are selling the sensor extension board This board is connected to Extended Sensor I F Connector TH2 Pin header is included with the board Please mount the TH2 this pin header Should be implemented in the same plane as the CN3 E1 Emulator I F Connector You can be extension by a sensor used in combination with TSA IC500 as in TSA EXT BOARD Figure 2 22 TSA IC500 connecting the sensor extension board TSA EXT BOARD TSA EXT BOARD is not attached to the TSA IC500 Please purchase separately TESSERA TECHNOLOGY INC 31 63 TSA IC500 USER S MANUAL It is a list of connecting signal TSA EXT BOARD and TSA IC500 TSA IC500 TSA IC500 Smart Analog 500 TSA EXT BOARD Smart Analog 500 TSA EXT BOARD Pim Pin Siga Pm Pn Signal DAC1OUT CN1 1 TH1 1 Analog Power CN1 2 TH1 2 AMP1OUT CN1 3 TH1 3 Analog GND CN1 4 TH1 4 at Analog GND CN1 5 TH1 5 GND CN1 6 TH1 6 7 MPXIN10 CN1 7 TH1 7 CN1 8 TH1 8 um oas ne mes 26 12 MPXIN21 CN1 13 TH1 13 RL78_AVDD CN1 14 _ TH1 14 DAC2OUT w Dur mes ness Analog GND RL78 ANI8 z uma ewm m Aq mem 25 21 MPXNS CNI23 THi28 24 RLTBANHO _ CNI24 THt24 25 22 CNI25 THi25 26 RS ANH CNI26 1 126 ori
48. ot mounted Smart Analog IC500 Reference Reference Reference Reference Reference Terminal Cx Dx Rx Ry RZ AMP2 OUT C29 D3 R25 R121 R130 HPF OUT C58 D6 R27 R124 R133 C59 SYNCH_OUT C61 D8 R21 R117 R126 RL78 G1A RL78 RL78_AVDD Smart Analog 500 AVDD Dx ADC Input RO Analog Output 0ohm Figure 2 12 Amplifier Peripheral Circuit 4 TESSERA TECHNOLOGY INC 22 63 TSA IC500 USER S MANUAL With the ADC limitation of RL78 G1A the maximum voltage that can apply to ADC is 3 3V The analog terminal of Smart Analog IC500 can output maximum of 5V Because of this the pattern is mounted to be able to connect parts between Smart Analog IC500 and RL78 G1A and a voltage dividing circuit can be mounted As an example the formula for evaluating the analog voltage from the analog terminal of Smart Analog IC500 when a voltage dividing resistance is mounted is described below The formula to evaluate analog voltage from A D conversion value A D conversion value register ADCR 12bit is shown below A D conversion value Analog Voltagel T gt z xRL78 AVDD 2 s Analog Voltage1 A D converter input voltage V RL78 AVDD A D converter power voltage V Analog Voltage1 divides output voltage from the analog terminal of Smart Analog IC500 by resistance Thus following formula describes the output voltage of analog terminal Ry R Analog Voltage2 Analog 7 Analog Voltage2 Output
49. p of static electricity while working with this equipment All test and measurement tool including the workbench must be grounded The user operator must be grounded using the wrist strap The device pins should not be touched with bare hands TESSERA TECHNOLOGY INC 2 63 TSA IC500 USER S MANUAL TABLE OF CONTENTS Ts OVERVIEW 9 u ae 8 ese dace S samasaa 6 1 Document Si UU _______ _______ 6 1 2 6 122 6 la P iodue 7 09 IARDWARE aa OI 10 2 1 Hardware LIA E 10 22 5 c 11 2 9 SUD 6 uu Quy tn dr 12 2592 12 292 AUD FOWE 13 24 Simart Analog I G500 u u eate u ua 14 2 49 gt GIEFGUE u utu mna a aquqa 16 CMM eum 16 292 JSIOCKJSI CUI oui 17 2 5 3 Consumption Current Measurement 18 2 5 4 Smart Analog IC500 Analog Peripheral Circuit
50. sistances without constant mean that they are not mounted AVCC UMBL_MPXIN11 MPXIN11 AMP1_OUT HE APX 20 N MPXIN20 i TIT m UMBL AMP2OUT R64 UMBL AMP3OUT Figure 2 9 Amplifier Peripheral Circuit 1 AMP1 Caution A phototransistor is connected to the input terminal 20 in the built in operational amplifier AMP1 To connect other sensor please disconnect R62 Mount the disconnected resistance to R61 TESSERA TECHNOLOGY INC 19 63 TSA IC500 USER S MANUAL A A N N AB UMBL_MPXIN30 UMBL_MPXIN31 UMBL_MPXIN40 A_GND UMBL_AMP10UT UMBL AMP3OUT Figure 2 10 Amplifier Peripheral Circuit 2 AMP2 TESSERA TECHNOLOGY INC 20 63 TSA IC500 USER S MANUAL UMBL_MPXIN50 UMBL_MPXIN51 UMBL_MPXIN60 UMBL_MPXIN61 A_GND UMBL_AMP10UT UMBL AMP2OUT Figure 2 11 Amplifier Peripheral Circuit 3 TESSERA TECHNOLOGY INC 21 63 TSA IC500 USER S MANUAL Analog signal of Smart Analog IC500 is connected to the input terminal of A D converter in RL78 G1A The pattern is mounted to be able to connect parts between Smart Analog IC500 RL78 G1A The size of parts should be 1608 A voltage dividing resistance circuit and clamp circuit can be mounted The patterns in below figure are mounted on Smart Analog IC500 terminals in below table Those resistances without constant mean that they are n

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