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TC1793 TriBoard Manual

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2. 4 9 TriBoard Software 5 1 Requirements 5 1 Software OVerviBW jac cack em eR eR ERROR RR 5 1 Software Installation 5 1 Signal Description osse y m x eee x xc 6 1 Connector Pin 7 1 TC1797 TC1793 Connector View 7 2 Other TC179X Connector Top View 7 4 Power connector pinout 7 6 User s Manual L 1 V 5 0 2010 01 e TriBoard TC179X Infineon 7 4 7 5 7 6 7 8 8 8 1 8 1 1 8 2 8 3 USB connector pinout 7 6 Flexray Pinout 7 6 CAN connector pinout 7 7 OCDS connector pinout 7 7 DAP connector pinout only with 1797 1793 7 7 Schematic and 8 1 Schematic PE 8 1 New and changes on schematic version V5 0 8 1 EU AT 8 12 Layout with Dimensioning 8 14 User s Manual L 2 V 5 0 2010 01 e TriBoard TC179X Infineon Li
3. User s Manual 4 8 V 5 0 2010 01 infir n TriBoard TC179X Hardware Manual TriBoard Configuration 4 3 Assembly Options Table 4 4 General optional resistors Component Description R305 XTAL Rserial default assembled R306 XTAL Rparallel default not assembled R523 Connect BRKOUT with miniWiggler JDS default not assembled R524 Connect BRKOUT with OCDS1 connector default not assembled R527 Connect BRKIN with USR1 of miniWiggler JDS default not assembled R529 Connect BRKIN with USR1 of DAP default not assembled R525 Connect BRKIN with OCDS1 connector default not assembled R528 Connect TESTMODE with USR1 of miniWiggler JDS default not assembled R530 Connect TESTMODE with USR1 of DAP default not assembled R526 Connect TESTMODE with OCDS1 connector default not assembled R532 Connect debug reset with PORST default assembled R531 Connect debug reset with HDRST default not assembled R610 Connect 3 3 to all toggle LEDs default assembled R723 Connect reset switch with PORST default assembled R724 Connect reset switch with HDRST default not assembled R704 Connect P1 2 with MONSTBY of power device default not assembled R706 Connect P1 3 with WDO of power device default not assembled R709 Connect P1 15 with WDI of power device default not assembled User s Manual 4 9 V 5 0 2010
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5. 1 1 TriBoard Features 2 1 Summary of Features 2 1 cies WP u 2 3 Placement e 2 4 TriBoard Information 3 1 Power 3 1 Alp tC 3 1 3 1 Memory seses sanu s S 3 2 3 2 SRAM aw 3 2 USB Connector 3 3 Serial Connection to 3 3 miniWigglerJDS 3 3 FlexRay E Ray optional if not with 1797 1793 3 3 FlexRay as option e dedo ena 3 4 Serial Eeprom 3 4 saa sma ss 3 4 Other peripherals 3 4 toggle LED e s 3 4 Debug 5 fad es 3 5 OCDST C 3 5 DAP 3 5 TriBoard Configuration 4 1 HW Boot Configuration TC1797 and TC1793 4 1 HW Boot Configuration all other TC179X 4 7 Assembly Options
6. 0001X010 Bootstrap Loader Mode ASC Bootloader O X O O O O mode 0001X100 External ABM Generic Bootloader Default OOO EBU Configuration mode NIN F FINNIN F F 0001X110 External ABM ASC Bootloader Default EBU O O X O O O O Configuration mode FF F all others reserved don t use this combination User s Manual 4 6 V 5 0 2010 01 e TriBoard TC179X Infineon Hardware Manual TriBoard Configuration 4 2 HW Boot Configuration all other TC179X N D A Q Q Qw Q DGD on 2 5 Figure 4 2 HW Configuration for all other 179 DIP Switch The picture above shows the definition of the boot HW configuration switch The meaning of the switches will be described in the following table Table 4 3 Note The ON position of the switch is equal to a logical LOW at the dedicated pin Table 4 3 User Startup Modes for all other TC179X Note The shadowed line indicates the default setting Note x represents the don t care state Note 1 to 8 are the Dip Switch number P4 3 0 PO 7 4 Type of Boot TC179X 11213456718 0000 XXXX Serial boot from ASCO to PMI O O O O X scratchpad via ASCO pins run loaded program 0001 XXXX Serial boot from CANO to PMI O X X X X scratchpad run loaded program 0010 XXXX Start from internal flash O
7. 4 1 Table 4 2 User Startup Modes for TC1797 4 4 Table 4 3 User Startup Modes for all other TC179X 4 7 Table 4 4 General optional resistors 4 9 Table 4 5 Resistors for peripherals 4 11 Table 4 6 Resistors for memories 4 12 Table 6 1 Power Signals ua ex ne 4 6 1 Table 6 2 Reset ed dius eek ede dedos 6 2 Table 6 3 Interrupt Signals ua ed ed Cie cde a ede bod 6 2 Table 6 4 Clock Signals acp arb ded oe a Rp dun d Auc eek 6 2 Table 6 5 BUS sa sex bad 086645 6 2 6 6 BUS Control Signals 6 2 Table 6 7 Debug SIGNAlS u s sinus sa 6 3 Table 6 8 Peripheral Signals 6 3 User s Manual L 5 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual User s Manual L 6 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual User s Manual 7 V 5 0 2010 01 e TriBoard TC179X Infineon Introduction 1 Introduction We congratulate you on your purchase of the TriCore Evaluation Board This kit is a versatile tool providing quick access to the capabilities of TriCore s powerful archite
8. 792 686 300 568 1985 N O LA 86201 HL 41280 9282 siz ES g 5 5 ES P E I 71289 RE zo 5 SSS Q N la U U Figure 8 13 Dimensioning mil 8 14 V 5 0 2010 01 User s Manual TriBoard TC179X Infineon Hardware Manual Schematic and Layout 001 8 2558 mi OLA 86 1 285 9 285 m R455 mm III mm R456 CB419 X802 57 912 mm 57 912 mm 91280 80282 zza 38 40282 024 5 Infineon eo o x 5 5V 50V a IL TI UuL TU m Figure 8 14 Dimensioning mm User s Manual 8 15 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Keyword Index Numerics 1 MBytes asynchronous SRAM 3 2 P4 4 7 4 MBytes Burst Flash 1x32Bit 3 2 PO 4 7 8 MBytes Burst Flash 2x16Bit 3 2 8 MBytes synchronous SRAM 3 2 A ACTIV LED 3 3 Assembly Options 4 9 B Burst Flash 3 2 BUS Control Signals 6 2 BUS Signals 6 2 C CAN connector pinout 7 7 Clock 3 1 Clock Signals 6 2 Connector for other TC179X 7 4 Connector for TC1
9. Table 6 8 Peripheral Signals P6 6 Clock Line SSC1 P6 5 Master Receive Slave Transmit SSC1 P6 4 Master Transmit Slave Receive SSC1 P6 7 Slave Select Input SSC1 P2 2 7 Slave Select Output 2 7 P6 9 CAN Transmitter Output 0 P6 8 CAN Receiver Input 0 P6 11 CAN Transmitter Output 1 P6 10 CAN Receiver Input 1 P6 13 CAN Transmitter Output 2 P6 12 CAN Receiver Input 2 P6 15 CAN Transmitter Output 3 P6 14 CAN Receiver Input 3 PO 0 7 General Purpose Port 0 HWCFG TC1797 TC1793 else SWOPT PO 8 15 General Purpose I O Port 0 SWOPT if not TC1797 TC1793 P1 12 15 General Purpose I O Port 1 12 1 15 P2 8 15 General Pupose Port 2 P3 0 15 General Pupose Port 4 0 15 General Pupose Port 4 P9 0 8 General Pupose I O Port 9 AN O 43 Analog Inputs P7 2 3 ADCO External Multiplexer Control 7 6 7 ADC1 External Multiplexer Control FCLP0A P5 11 MSCO differential driver clock output positive A FCLNO 5 10 MSCO differential driver clock output negative P5 9 MSCO differential driver serial data output positive A SONO P5 8 MSCO differential driver serial data output negative ENOO P5 4 MSCO device select output 0 SDIO P5 5 MSCO serial data input 5 15 MSC1 differential driver clock output positive P5 14 MSC1 differential driver clock output negative User s Manual 6 4 V 5 0 2010 01 infir Tr
10. F IF F 00101110 External Start from CS0 EBU arbiter OO Automatic EBU Configuration NIFIFIFINIFININ FIFIF F 00100010 External Start from CS0 arbiter Default OO O EBU Configuration mode NF F F User s Manual 4 5 0 2010 01 Cinfineon Table 4 2 TriBoard TC179X Hardware Manual TriBoard Configuration User Startup Modes for TC1797 Note The shadowed line indicates the default setting Note x represents the dont care state Note 1 to 8 are the Dip Switch numbers HWCFG 7 0 Type of Boot TC1797 11213456718 00101010 External Start from CSO EBU arbiter OO O 01010 Automatic EBU Configuration FNA mode 00100100 External Start from CSO EBU participant Default Configuration F F 00101100 External Start from CS0 EBU participant Automatic EBU Configuration NN FI FIF F 00100000 External Start from CSO EBU participant Default Configuration mode NN INNINFININ F 00101000 External Start from CS0 EBU participant Automatic EBU Configuration mode NN NF F F 0001X000 Bootstrap Loader Mode Generic Bootloader at O O O X CAN pins FNA mode
11. R456 E 2 2 Figure 4 4 Location of general optional resistors Bottom Side User s Manual 4 10 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual TriBoard Configuration Table 4 5 Resistors for peripherals Component Description R433 Connect P6 8 with RXD of CANO transceiver default assembled R439 Connect P6 10 with RXD of transceiver default assembled R453 Connect P10 4 SLSOO with CS of Eeprom default assembled R540 Connect P5 0 with TXD of USB to UART default assembled R604 Connect VAREFO with VDDM default assembled R605 Connect VAGNDO with VSSM default assembled R606 Connect VAREF1 with VDDM default assembled R607 Connect VAGND1 with VSSM default assembled R601 Connect VAREF2 with VDDM default assembled R608 Connect VFAREF with VDDMF default assembled R609 Connect VFAGND with VSSMF default assembled R620 Connect 5V with VDDM default assembled on TC1797 TC1793 R621 Connect 3 3V with VDDM default assembled if not TC1797 TC1793 Note All resistors are red marked in the following figures Figure 4 5 User s Manual Location of peripheral resistors on Bottom Side 4 11 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual TriBoard C
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16. 1 13 P0 10 P0 11 4 6 1 14 P0 12 P0 13 GPTA31 P4 7 P1 15 3V3 3V3 TCLKO P1 4 RDATAO P1 11 ADOEMUXO P7 2 AD1EMUXO P7 6 TREADYO P1 5 RVALIDO P1 10 ADOEMUX1 P7 3 AD1EMUXA P7 7 TVALIDO P1 6 RREADYO P1 9 REQ5 P7 1 14 P1 7 RCLKO P1 8 P0 15 REQ4 P 0 3V3 3V3 7 P7 5 REQ6 7 4 3V3 3V3 Figure 7 2 Connector for TC1797 TC1793 Pinout Part Top View Note The red marked fields have different names than the other TC179X devices but the functionality is the same as on the other TC179X devices User s Manual 7 3 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Connector Pin Assignment 7 2 Other TC179X Connector Top View BUS EXPANSION X801 X901 GND GND DO D1 D2 D3 D4 05 06 07 08 09 010 011 012 013 014 015 016 017 018 019 020 021 022 023 024 025 026 027 028 029 030 031 IRD WR MR W HLDA 52 51 50 BC3 BC2 BCO CSCOMB BREQ HOLD 53 PERIPHERALS 802 902 GND P0 6 IPORST P0 7 P0 8 EN00 P5 4 EN10 P5 6 SDIO P5 5 SDI P5 7 P6 14 6 15 SLSI1 6 7 51502 P2 2 51503 2 3 51504 P2 4 51505 2 5 51506 P2 6 51507 2 7 GND GND XTAL1 XTAL2 BFCLKI RXDO P5 0 RXD1 P52 TXDO P5 1 TXD1 P5 3 RXDCANO P6 8 P6 10 TXDCANO P6 9 TXDCAN1
17. P6 11 SCLK1 P6 6 MTSR1 P6 4 MRST1 P6 5 2 P6 12 2 P6 13 REQO P1 0 REQ1 P1 1 REQ2 P12 P1 3 GND 3V3 3V3 Figure 7 3 Connector for other TC179X Pinout Part Top View Note The red marked fields have different names than the 1797 1793 device but the functionality is the same as on the TC1797 TC1793 device User s Manual V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Connector Pin Assignment ADC X803 X903 X804 X904 VSSM VSSM GND GND VSSM VSSM GND GND AN0 AN16 P2 8 GPTA32 P4 8 AN1 AN17 1 P2 9 P4 9 AN2 18 GPTA2 P2 10 GPTA34 P4 10 AN3 AN19 GPTA3 P2 11 GPTA35 P4 11 ANA AN20 4 P2 12 GPTA36 P4 12 5 21 5 P2 13 GPTA37 4 13 AN6 AN22 GPTA6 P2 14 GPTA38 P4 14 7 AN23 P2 15 9 P4 15 AN8 AN24 GPTAS P3 0 GPTA40 P8 0 AN9 AN25 P3 1 GPTA41 P8 1 AN10 AN26 GPTA10 P3 2 GPTA42 P8 2 AN11 AN27 GPTA11 P3 3 GPTA43 P8 3 AN12 AN28 GPTA12 GPTA44 P8 4 AN13 AN29 GPTA13 P3 5 GPTA45 P8 5 AN14 GPTA14 P3 6 GPTA46 P8 6 AN15 AN31 GPTA15 P3 7 GPTA47 P8 7 VSSM VSSMF GPTA16 P3 8 GPTA48 P9 0 VDDM VDDMF GPTA17 P3 9 GPTA49 P9 1 VSSFAREF VDDFAREF GPTA48 P3 10 GPTASO P9 2 VSSAREFO VSSAREF 1 GPTA19 P3 11 GPTAS1 P9 3 VDDAREFO VDDAREF 1 GPTA2
18. cipal otra 1 0 AXN HIA cimi 95781 c 4 n Schematic CAN Figure 8 5 8 6 V 5 0 2010 01 User s Manual TriBoard TC179X Hardware Manual Schematic and Layout Infineon CISWGH 08S3 gt rese C185 154047 Wo lt aowisal yaonisa SIONIS 064 ado wo Tusa DHS ET 6d 3do 5 74 ACONISA Tas 1do 100 NOD 5417 964 wo roy ET 6d HE ph 54 z iXlc 141 5 4 o DES qo Y 6159 m NSEISSH NSEISSH 050 59 hh Lisa D EAE 14 CT ada fSDnHOV 1sngag naaa ZHINEE VSSTCERN soso Tosa T ads 5 NREISSH 00 NSEISSH 1050 pH rq Xi vsnddv EEASDPLT
19. Figure 2 2 TC179X V5 0 Placement User s Manual 2 4 V 5 0 2010 01 infin n TriBoard TC179X n e0 Hardware Manual TriBoard Information 3 TriBoard Information 3 1 Power Supply The Board has to be connected to a 5 5V to 50V DC power supply The TriBoard generates internally 3 3 and 5V The power consumption is not specified yet but a supply with 6V and 500mA should be sufficient The pinout for the supply connector is shown in Figure 7 5 There can be used any standard power pack with a connector where the positive line is surrounded by the ground line VDD can be 1 3V 1793 1 5V all other devices Applying a stable supply voltage causes the power on reset after a short period The four LED s 5V 3 3V VDD indicate the status of the on board generated voltage if the LEDs are assembled A manual reset is executed by pressing the reset button 3 2 LEDs There are 14 on board D501 up to D508 blue gt toogle LEDs connected to P3 0 P3 7 0604 RST red gt RESET LED indicate the reset state of the board D505 VDD green gt VDD power supply indication 1 3V 1 5V D606 3V3 green gt 3 3V power supply indication D607 5V green gt 5V power supply indication D402 ACT green gt on board miniWiggler JDS is ACTIV D401 RUN blue gt Debug RUN mode switched by DAS Server 3 3 Clock There are three possibilities to apply the CPU clock
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21. of that device or system Life support devices or systems are intended to be implanted in the human body or to support and or maintain and sustain and or protect human life If they fail it is reasonable to assume that the health of the user or other persons may be endangered Cinfineon Never stop thinking 32 Bit Microcontroller TriBoard 179 Hardware TriBoard TC179X V5 0 TriBoard Evalboard User s Manual V 5 0 2010 01 Microcontrollers TriBoard TC179X Infineon TriBoard TC179X User s Manual Revision History V 5 0 2010 01 Previous Versions TriBoardManual TC179X V4 1 Page Subjects major changes since last revision add support of TC1793 Microcontroller change the default flash was AM29BL162C is obsolete new schematic and layout Trademarks TriCore is a trademark of Infineon Technologies AG We Listen to Your Comments Any information within this document that you feel is wrong unclear or missing at all Your feedback will help us to continuously improve the quality of this document Please send your proposal including a reference to this document to mcdocu comments infineon com gt lt User s Manual V 5 0 2010 01 TriBoard TC179X Infineon Table of Contents 1 2 2 1 2 2 2 3 7 1 7 2 7 3 Introduction
22. s Manual 4 4 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual TriBoard Configuration Table 4 2 User Startup Modes for TC1797 Note The shadowed line indicates the default setting Note x represents the dont care state Note 1 to 8 are the Dip Switch numbers HWCFG 7 0 Type of Boot TC1797 1123456718 10010100 External Alternate Boot Mode EBU participant ASC Bootloader on fail NIF 10010010 External Alternate Boot Mode arbiter O O O O ASC Bootloader on fail mode 10010000 External Alternate Boot Mode EBU OO 01010 participant ASC Bootloader on fail FNA NINNINIFININIF mode F F 10011110 External Alternate Boot Mode EBU arbiter O O O O O O O Generic Bootloader at CAN pins on fail NIFIFIFIFININIF 10011100 External Alternate Boot Mode EBU participant Generic Bootloader at CAN pins on fail F F F F 10011010 External Alternate Boot Mode arbiter O O O O Generic Bootloader at CAN pins on fail IN FI NIN IF mode F 10011000 External Alternate Boot Mode EBU participant Generic Bootloader at CAN pins IN NIN F F INI IN F on fail FNA mode 00100110 External Start from 50 arbiter Default O O O O O O O O EBU Configuration
23. 0 P3 12 GPTA52 P9 4 VSSM VSSM GPTA21 P3 13 P9 5 AN32 AN38 GPTA22 P3 14 GPTA54 P9 6 AN33 AN39 GPTA23 P3 15 55 P9 7 AN34 GPTA24 4 0 9 8 AN35 GPTA25 P4 1 AN36 AN42 GPTA26 P4 2 AN37 AN43 27 P4 3 VSSM VSSM GPTA28 P44 8 P0 9 29 P4 5 1 13 P0 10 P0 11 4 6 1 14 P0 12 P0 13 GPTA31 P4 7 P1 15 3V3 3V3 TCLKO P1 4 RDATAO P1 11 ADOEMUXO P7 2 AD1EMUXO P7 6 TREADYO P1 5 RVALIDO P1 10 ADOEMUX1 P7 3 AD1EMUXA P7 7 TVALIDO P1 6 RREADYO P1 9 REQ5 P7 1 14 P1 7 RCLKO P1 8 P0 15 REQ4 P 0 3V3 3V3 7 P7 5 REQ6 7 4 3V3 3V3 Figure7 4 Connector for other TC179X Pinout Part Il Top View Note The red marked fields have different names than the TC1797 TC1793 device but the functionality is the same as on the TC1797 TC1793 device User s Manual 7 5 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual Connector Pin Assignment 7 3 Power connector pinout 5 5V 50V C GND Figure 7 5 Power connector pinout 7 4 USB connector pinout Figure 7 6 USB connector Pinout 7 5 Flexray Pinout Figure 7 7 Flexray Pinout SUBD 9 Plug User s Manual 7 6 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual Connector Pin Assignment 7 6 CAN connector pinout Figure 7 8 CAN connector pinout IDC10 7 7 OC
24. 01 TriBoard TC179X Infineon Hardware Manual TriBoard Configuration Note resistors are red marked in the following figures 0502 0 6507 2109 8112 101 8110 R618 E Ed Ed Ford 1 X502 B 0 Cd iu 9154 0402 Q gt n 0707 Co R708 R702 cB223 1 8204 Figure 4 3 Location of general optional resistors on Top Side R503 J m eee 65 me Bese 5 C504 gt e 4 5536 0 r R522 18565 9501 5 503 0506 ngen R510 casos R542 73 L3 Cope rsa R506 0502 CB214 FOU R726 8727 7 2 7 8 R732 C 7 E 5 18730 8 CORS 218 R435 Corso 2 S 8404 c 605 0 cB713 7 8606 8805 2 604 9 o g 0703 CB734 J 0 454 19
25. 1 TriBoard TC179X i Infineon TriBoard Features 2 x Infineon s High Speed CAN Transceiver TLE 6250 GV33 USB UART bridge FT2232HL SPI eeprom Atmel Zero Ohm Bridges Zero Ohm resistors give the flexibility to configure the systems functionality User s Manual 2 2 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual TriBoard Features 2 2 Block Diagram TxCANO TxCAN1 TC179X 1280 or CS1 TriCore CPU ADDRESS and DATA BUS FlexRay only with TC1 797 ONLY WITH TC1797 TC1793 and TC1793 for other devices optional 1250 or CS1 SAK CIC310 not POWER SUPPLY 8 LED s WITH SUPERSONIC with P3 0 up to P3 7 Senat EEPROM TLE7368 E or TC1797 TLE7388 3E for and TC1793 Figure 2 1 TriBoard Block Schematic User s Manual 2 3 V 5 0 2010 01 TriBoard TC179X Infineon Hardware Manual TriBoard Features 2 3 Placement P30 P32 P33 P34 P35 6 P3 7 BOOTCONFIG s 7 gt 4 IIIIIIIIIIIIIII U104 32 bit Burstflash 32 bit SRAM mmm 16 bit Burstflash 16 bit Burstflash TC179X U202 U701 TriBoard TC179X 500
26. 221 AMS or TJA1080 NXP if with TJA1080 then resistors R466 R471 and capacitor CB412 and CB416 must be assembled with 0R and 100n package 0603 e Y401 with 20MHz crystal 5x3mm SMD e g NX5032GA T401 and T402 with B82790 S513 N Epcos 3 9 Serial Eeprom The SSCO of the TC179X is connected to a serial EEPROM with a size of 128K 16 384 x 8 As chip select for this EEPROM is used the line SLSO00 P10 4 To disconnect disable the EEPROM remove resistor R453 3 10 On the board are two CAN transceiver connected to the on TC179X node 0 and 1 The transceivers are connected to two IDC10 plug For the pinout of IDC10 plug see Figure 7 8 You can use a IDC female connector with crimpconnector flat cable and SUB D 9 plug with crimpconnector to have a 1 1 adapter to SUB D 9 3 11 Other peripherals For all other peripherals there are no special plugs on the board The peripheral signals are available on the different connectors See Connector for TC1797 TC1793 Pinout Part Top View on Page 7 2 and Connector for other TC179X Pinout Part Top View on Page 7 4 Note 515000 is used as chip select for the serial eeprom on board 3 12 Toggle LED s Port 3 pin 0 up to pin 7 are connected to single LED s D601 D608 and can be controlled by Software This status LED s are low active User s Manual 3 4 V 5 0 2010 01 infin n TriBoard TC179X n e0 Hardware Manua
27. 797 TC1793 7 2 Connector Pin Assignment 7 1 CPU clock 3 1 Crystal 3 1 D DAP 3 5 DAP connector pinout 7 7 Debug Signals 6 3 Debug System 3 5 Dimensioning 8 14 E External clock 3 1 F FLASH 3 2 Flash 3 2 User s Manual G General optional resistors 4 9 H HW Boot Configuration all other TC179X 4 7 HW Boot Configuration TC1797 and TC1793 4 1 HWCFG 4 1 4 4 Interrupt Signals 6 2 L Layout 8 12 LEDs 3 1 Location of general optional resistors on Bottom Side 4 10 Location of general optional resistors on Top Side 4 10 Location of memories resistors on Bottom Side 4 13 Location of memories resistors on Top Side 4 12 Location of peripheral resistors on Bottom Side 4 11 manual reset 3 1 Memory 3 2 memory configurations 3 2 miniWiggler JDS 3 3 MultiCAN 3 4 O OCDS connector pinout 7 7 OCDS1 3 5 oscillator circuit 3 1 Other peripherals 3 4 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Peripheral Signals 6 3 Power connector pinout 7 6 Power Signals 6 1 power supply 3 1 R reset 3 1 Reset Signals 6 2 Resistors for peripherals 4 11 4 12 RS232 Pinout 7 6 RUN LED 3 3 5 Samtec 7 1 Schematic 8 1 Schematic and Layout 8 1 Serial Connection to PC 3 3 Serial EEPROM 3 4 Serial Eeprom 3 4 Signal Description 6 1 Software 5 1 SRAM 3 2 status LED 3 4 Supply 3 1 T Toggle LED s 3 4 TriBoard Software 5 1 TriBoard TC179X V5 0 Placement 2 4 Ty
28. C506 R542 agers R506 21 8320 corse 6325 R323 cone E EXE 5l R315 2 gt CB214 8705 CB739 R726 8740 Lod 18275 rai B 378418 R443 218 CB216 L1 dm E R435 c8733 C 0703 734 ra 58454 cBA19 2 Figure 47 Location of memories resistors Bottom Side User s Manual 4 13 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual TriBoard Configuration User s Manual 4 14 V 5 0 2010 01 e TriBoard TC179X Infineon TriBoard Software 5 TriBoard Software 5 1 Requirements To install the software from your TriBoard CD you need a PC with Windows95 98 ME Windows 2000 Windows XP or Windows Vista 5 2 Software Overview The CD does not contain any tool For the availablity for Demo Versions of the different Tools please contact the toolvendor directly e g Tasking Hitex Lauterbach GreenHills HighTec To install tools for compiling and debugging use seperat CD s from Toolvendors There are also some application notes and software examples The data sheets of all used parts can be found in the TriBoard Components directory The manuals for the microcontrollers and the TriBoard are located in the M
29. Cinfineon Never stop thinking 32 Bit Microcontroller TriBoard 179 Hardware TriBoard TC179X V5 0 Hardware Manual Users Manual V 5 0 2010 01 Microcontrollers Edition 2010 01 Published by Infineon Technologies AG 81726 Munich Germany 2010 Infineon Technologies AG All Rights Reserved Legal Disclaimer The information given in this document shall in no event be regarded as a guarantee of conditions or characteristics With respect to any examples or hints given herein any typical values stated herein and or any information regarding the application of the device Infineon Technologies hereby disclaims any and all warranties and liabilities of any kind including without limitation warranties of non infringement of intellectual property rights of any third party Information For further information on technology delivery terms and conditions and prices please contact the nearest Infineon Technologies Office www infineon com Warnings Due to technical requirements components may contain dangerous substances For information on the types in question please contact the nearest Infineon Technologies Office Infineon Technologies components may be used in life support devices or systems only with the express written approval of Infineon Technologies if a failure of such components can reasonably be expected to cause the failure of that life support device or system or to affect the safety or effectiveness
30. DS connector pinout GND GND PORST BRKOUT 28 n Figure 7 9 OCDS connector pinout IDC16 7 8 DAP connector pinout only with TC1797 TC1793 3V3 GND GND Key GND DAP1 DAP0 9 na 0 2 USR1 IN Figure 7 10 DAP connector pinout FTSH10 only with TC1797 TC1793 User s Manual 7 7 V 5 0 2010 01 TriBoard TC179X Infineon Pin Assignment User s Manual 7 8 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual Schematic and Layout 8 Schematic and Layout 8 1 Schematic 8 1 1 New and changes on schematic version V5 0 TC1793 as microcontroller Change Power Supply to TLE7368E TLE7368 3E Change miniWiggler to miniWiggler JDS User s Manual 8 1 V 5 0 2010 01 TriBoard TC179X Cinfineon Schematic 5 Cinfineon Infineon AIM MC ACE PD 1 1 TriBoard TC179X Project Sheet 10 of 10 TESTMODE Figure 8 1 Schematic Project User s Manual 8 2 V 5 0 2010 01 OPEC OS PL 61558 0 uoodure SOV OWN NIV DY saoo uoougup TriBoard TC179X Hardware Manual neon infir Schematic and Layout 71 sia
31. Description CS 0 3 Chip Selects 5 Combined Chip Select Output 0 3 Byte Controls RD Read Write MR W Motorola style Read Write User s Manual 6 2 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Signal Description Table 6 6 BUS Control Signals BAA Burst address advance output ADV Address Valid BREQ Bus Request Output HOLD Hold Request Input HLDA Hold Acknowledge IWAIT Wait Input Table 6 7 Debug Signals Short Name Description TRST Test Reset TCLK Test Clock TMS Test Mode Select TDI Test Data Input TDO Test Data Output TRCLK Trace Clock for OCDS Level 2 TESTMODE Test Mode Select Input BRKIN TriCore Breakpoint Input BYPASS Bypass PLL BRKOUT TriCore Breakpoint Output Table 6 8 Peripheral Signals Short Name Description P5 0 Receive Data ASCO P5 1 Transmit Data ASCO P5 2 Receive Data ASC1 P5 3 Transmit Data ASC1 SCLKO P10 3 Clock Line SSC0 MRSTO P10 0 Master Receive Slave Transmit SSCO MTSRO P10 1 Master Transmit Slave Receive SSCO SLSIO P10 2 Slave Select Input SSCO SLSOO P10 4 Slave Select Output 0 SSCO 51501 P10 5 Slave Select Output 1 SSCO User s Manual 6 3 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Signal Description
32. Large oscillator circuit DIP14 Small oscillator circuit DIP8 Crystal default with 20MHz External clock generator User s Manual 3 1 V 5 0 2010 01 infin n TriBoard TC179X n e0 Hardware Manual TriBoard Information The crystal oscillator and the oscillator circuit use the socket XT301 It s possible to apply a 14pol DIP oscillator package or an 8pol DIP oscillator package External GND Clock Input Figure 3 1 Clock socket usage XT301 3 4 Memory The TriBoard supports the following memory configurations up to 8 MBytes external Burst Flash 2x16Bit or e 4 MBytes external Burst Flash 1x32Bit or up to 4MBytes external Burst Flash 1x16Bit only with TC1797 and TC1793 e 1 MBytes external asynchronous SRAM 2x16Bit up to 8 MBytes external synchronous SRAM 1x32Bit or e 512 KBytes external asynchronous SRAM 1x16Bit only with TC 1797 and TC1793 For the OnBoardMemory are reserved chip select 0 and 1 Therefore only two parts e g 2x16Bit Flash and 2x16Bit asynchronous SRAM should be assembled and can be used at the same time Chip Select 2 and 3 are not used on the board and can be used externally The Board supports programming though the JTAG port OCDS1 3 5 FLASH The flash uses 32 Data Bits ADO AD31 and 20 21 or 22 Address Bits 0 19 20 or A21 It s accessed CSO or CS1 Each type of flash has its own resistor to connect to CSO or CS1 To co
33. O O O X X X X N N N 0011 XXXX Alternate Boot Mode Generic Boot Loader on fail depends on PO 2 0 0100 XXXX Start from external memory with EBU as master using CS0 automatic EBU Configuration 2 zo Ti TI O z User s Manual 4 7 V 5 0 2010 01 e TriBoard TC179X Infineon Hardware Manual TriBoard Configuration Table 4 3 User Startup Modes for all other TC179X Note The shadowed line indicates the default setting Note x represents the don t care state Note 1 to 8 are the Dip Switch number P4 3 0 7 4 Type of Boot TC179X 11213145678 0101 XXXX External ABM with EBU as master O O O O X X using CS0 automatic EBU FINIF IN Configuration Generic Boot Loader on F F fail depends on PO 2 0 0110 XXXX Start from external memory with EBU as O O X X X X participant using CSO automatic FN Configuration 0111 XXXX External ABM with EBU as participant X using CSO automatic EBU Configuration Generic Boot Loader on F fail depends PO 2 0 1000 XXXX Boot from emulation memory ED only N 1111 XXXX Serial boot from ASCO to PMI O O O O X X X X scratchpad CANO pins loaded program FEFIFIF all others others reserved don t use this combination
34. PATL otsal bee 01542 QND Tsao 001 70542 21585 A9 Lnp voocusoorzww 8052071 S058D T z0SOST Voocusoo IZWIN 1 C081 14 8 L 9 5 t z 1 V 5 0 2010 01 ler JDS DAP and ETK 8 7 199 Schemat User s Manual Figure 8 6 TriBoard TC179X Hardware Manual Infineon Schematic and LayoutSchematic X6LIOL ST sog 5194 191 91 bol 44 LISA 191 03 191 919094 5194 5098 ub E 3001 4 4 Eri um ue gia 198 FS 0 d K 1 7 16101 LON JI 015159 SV Q3 IHIN3SSY SI 20980 66103 ANV 161101 HLIM 1094 AI 6210 260121 HIM LON AS 6121 ANV 16121 01701404 Schematic MSC MLI and ADC Figure 8 7 8 8 V 5 0 2010 01 User s Manual TriBoard TC179X Hardware Manual Schematic and Layout Infineon
35. Supply Voltage 3 3V VSSM ADC Analog Part Ground VDDM ADC Analog Part Supply Voltage 5V for TC1797 TC1793 other 3 3V VSSMF FADC Analog Part Ground VDDMF FADC Analog Part Supply Voltage 3 3V VDDAF FADC Analog Part Logic Supply Voltage 1 5V or 1 3V for TC1793 VAGNDO ADCO Reference Ground VAREFO ADCO Reference Voltage VDDM VAGND1 ADC1 Reference Ground VAREF 1 ADC1 Reference Voltage VDDM VAREF2 ADC2 Reference Voltage VDDM VFAGND FADC Reference Ground VFAREF FADC Reference Voltage VDDMF User s Manual 6 1 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Signal Description Table 6 2 Reset Signals Short Name Description PORST External Power On Reset ESRO_ HDRST Hardware Reset ESRO for TC1797 TC1793 Table 6 3 Interrupt Signals Short Name Description ESR1_ NMI Non Maskable Interrupt ESR1 for 1797 1793 REQ O 3 External Trigger Input 0 3 P1 0 3 REQ 4 5 External Trigger Input 4 5 7 0 1 REQ 6 7 External Trigger Input 6 7 7 4 5 Table 6 4 Clock Signals Short Name Description XTAL1 Crystal Oscillator Input XTAL2 Crystal Oscillator Output BFCLKO Burst Mode Flash Clock Output BFCLKI Burst Mode Flash Clock Input Table 6 5 BUS Signals Short Name Description D 0 31 Data Bus 0 23 Address Table 6 6 BUS Control Signals Short Name
36. USB connector 7 6 Flexray Pinout SUBD 9 7 6 CAN connector pinout 10010 7 7 OCDS connector pinout 10016 7 7 DAP connector pinout FTSH10 only with TC1797 TC1793 7 7 Schematic 8 2 Schematic Bussystem 5 8 3 Schematic On Board Flash Memory 8 4 Schematic Clock Config and 8 5 Schematic IFlex CAN and 8 6 Schematic miniWiggler JDS DAP and ETK 8 7 Schematic GPTA MSC MLI and ADC 8 8 Schematic Power Supply 8 9 Schematic Connectors Plug 8 10 Schematic Connectors Socket 8 11 Component Plot Top Layer 8 12 Component Plot Bottom 8 13 Dimensioning mil u Bh yey Va vee 8 14 Dimensioning 8 15 L 3 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual User s Manual L 4 V 5 0 2010 01 e TriBoard TC179X Infineon Hardware Manual List of Tables Table 4 1 User Startup Modes for 1793
37. X devices but the functionality is the same as on the other TC179X devices User s Manual V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Connector Pin Assignment ADC X803 X903 X804 X904 VSSM VSSM GND GND VSSM VSSM GND GND AN0 AN16 P2 8 GPTA32 P4 8 AN1 AN17 1 P2 9 P4 9 AN2 18 GPTA2 P2 10 GPTA34 P4 10 AN3 AN19 GPTA3 P2 11 GPTA35 P4 11 ANA AN20 4 P2 12 GPTA36 P4 12 5 21 5 P2 13 GPTA37 4 13 AN6 AN22 GPTA6 P2 14 GPTA38 P4 14 7 AN23 P2 15 9 P4 15 AN8 AN24 GPTAS P3 0 GPTA40 P8 0 AN9 AN25 P3 1 GPTA41 P8 1 AN10 AN26 GPTA10 P3 2 GPTA42 P8 2 AN11 AN27 GPTA11 P3 3 GPTA43 P8 3 AN12 AN28 GPTA12 GPTA44 P8 4 AN13 AN29 GPTA13 P3 5 GPTA45 P8 5 AN14 AN30 GPTA14 P3 6 6 P8 6 15 AN31 GPTA15 P3 7 GPTA47 P8 7 VSSM VSSMF GPTA16 P3 8 GPTA48 P9 0 VDDM VDDMF GPTA17 P3 9 GPTA49 P9 1 VFAGND VFAREF GPTA48 P3 10 GPTASO P9 2 VAGNDO VAGND1 GPTA19 P3 11 GPTAS1 P9 3 VAREFO VAREF 1 GPTA20 P3 12 GPTA52 P9 4 VSSM VSSM GPTA21 P3 13 P9 5 AN32 AN38 GPTA22 P3 14 GPTA54 P9 6 AN33 AN39 GPTA23 P3 15 55 P9 7 AN34 GPTA24 4 0 9 8 AN35 GPTA25 P4 1 AN36 AN42 GPTA26 P4 2 AN37 AN43 27 P4 3 VSSM VSSM GPTA28 P44 8 P0 9 29 P4 5
38. anual folder Some useful tools like Acrobat Reader are stored in the Utilities directory The current Errata Sheet can be found in the directory Errata Sheet To make sure you have always the most recent one please contact your local FAE Note For more details see the file ReadMe txt 5 3 Software Installation To install tools for the TriCore insert the CD from the Toolvendor and start the file setup exe if the CD is not automatically started Follow the instructions of the installationprogram User s Manual 5 1 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual TriBoard Software User s Manual 5 2 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Signal Description 6 Signal Description For more information about the signals please see the user manuals from TC179X Table 6 1 Power Signals Short Name Description VCC_IN Supply Input 5 5V 50V GND Ground VDD Core Supply Voltage 1 5V or 1 3V for TC1793 VDDP Port Supply Voltage 3 3V VDDE External Bus Supply Voltage 3 3V VDDFL3 Flash Supply Voltage 3 3V VDDESB Emulation Stand by SRAM Supply Voltage 1 5V or 1 3V for TC1793 VDDOSC Main Oscillator Supply Voltage 1 5V or 1 3V for TC1793 VDDOSC3 Main Oscillator Supply Voltage 3 3V VSSOSC Main Oscillator Ground VDDPF E Ray PLL Supply Voltage 1 5V or 1 3V for TC1793 VDDPF3 E Ray PLL
39. cture Applications can be developed easily The Evaluation Board is equipped with a variety of memories and peripherals for connection to the environment There is also an interface for the On Chip Debugging Features OCDS1 and DAP The kit also includes several sets of development tools which are stored on the included Evaluation Board CD ROM The Evaluation Board allows easily the development of TriCore applications with the corresponding tools Subsequently the applications can be downloaded and can be tested with the powerful debugger software This TriBoard Hardware Manual familiarizes you with the TriCore Evaluation Board and guides you through the initial configuration of the TriBoard For detailed technical information about the TC179X please refer to the User Manual of the corresponding device User s Manual 1 1 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual Introduction User s Manual 1 2 V 5 0 2010 01 infir n TriBoard TC179X Hardware Manual TriBoard Features 2 TriBoard Features The TriBoard TC179X is soldered with a device of the TC179X This device fit into all members of this product family so that there are no special TriBoards necessary 2 1 Summary of Features Infineon s TC179X TC1792 TC1796 TC1797 Controller in PG BGA416 Package Infineon s 1793 Controller in PG LBGA416 Package Burst Flash up to 16MBytes asynchronous SRAM up to 1MByte sy
40. et connectors on bottom layer The default connectors are 80 pol Board to Board connectors from Samtec http www samtec com Plug FTSH 140 02 L DV ES A Socket FLE 140 01 G DV A Note All connectors are pincompatible with the previous versions of TriBoard TC179X User s Manual 7 1 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Connector Pin Assignment 7 1 TC1797 TC1793 Connector Top View BUS EXPANSION X801 X901 GND GND DO D1 D2 D3 D4 05 06 07 08 09 010 011 012 013 014 015 016 017 018 019 020 021 022 023 024 025 026 027 028 029 030 031 IRD WR MR W HLDA 52 51 50 BC3 BC2 BCO CSCOMB BREQ HOLD 53 PERIPHERALS 802 902 GND P0 6 IPORST P0 7 P0 8 EN00 P5 4 EN10 P5 6 500 P5 5 SDI1 P5 7 14 6 15 SLSI1 6 7 SLSO2 2 2 51503 2 3 51504 P2 4 51505 2 5 51506 P2 6 51507 2 7 GND GND XTAL1 XTAL2 BFCLKI RXDO P5 0 RXD1 P52 TXDO P5 1 TXD1 P5 3 RXDCANO P6 8 P6 10 TXDCANO P6 9 TXDCAN1 P6 11 SCLK1 P6 6 MTSR1 P6 4 MRST1 P6 5 2 P6 12 2 P6 13 REQO P1 0 REQ1 P1 1 REQ2 P1 2 REQ3 P1 3 GND 3V3 3V3 Figure 7 1 Connector for TC1797 TC1793 Pinout Part Top View Note The red marked fields have different names than the other TC179
41. iBoard TC179X nrineon Hardware Manual Signal Description Table 6 8 Peripheral Signals P5 13 MSC1 differential driver serial data output positive P5 12 MSC1 differential driver serial data output negative P5 6 MSC1 device select output 0 P5 7 MSC1 serial data input P1 8 MLIO receive channel clock P1 9 MLIO receive channel ready output P1 10 receive channel valid input P1 11 receive channel data input P1 4 MLIO transmit channel clock P1 5 MLIO transmit channel ready input P1 6 MLIO transmit channel valid output P1 7 MLIO transmit channel data output P8 4 MLI1 receive channel clock P8 5 MLI1 receive channel ready output P8 6 receive channel valid input P8 7 MLI1 receive channel data input 8 0 transmit channel clock P8 1 MLI1 transmit channel ready input P8 2 MLI1 transmit channel valid output P8 3 MLI1 transmit channel data output P10 0 3 General Purpose I O Port 10 used as HWCFG not for P9 9 12 TC1797 TC1793 User s Manual 6 5 V 5 0 2010 01 e TriBoard TC179X Infineon Signal Description User s Manual 6 6 V 5 0 2010 01 e TriBoard TC179X Infineon Pin Assignment 7 Connector Pin Assignment The TriBoard will be shipped with four male plug connectors on top layer and four female sock
42. icture above shows the definition of the boot HW configuration switch The meaning of the switches will be described in the following tables Table 4 1 Table 4 2 Note The ON position of the switch is equal to a logical LOW at the dedicated pin Table 4 1 User Startup Modes for TC1793 Note The shadowed line indicates the default setting Note x represents the don t care state Note 1 to 8 are the Dip Switch numbers HWCFG 7 0 Type of Boot TC1793 112345678 11 Internal Start from Flash X X X X X X O O 011XXXXX Internal Start from Flash X X X X X O O O FIFIN FIF 010XXXXX Bootstrap Loader Mode Generic Bootloader at X X X X X O O O CAN pins NF IN F 10101XXX Bootstrap Loader Mode ASC Bootloader X X X O O OOO 10100XXX Internal Alternate Boot Mode ASC Bootloader X X X O O O O O on fail NIN F N F F F User s Manual 4 1 V 5 0 2010 01 Cinfineon TriBoard TC179X Hardware Manual Table 4 1 User Startup Modes for TC1793 Note The shadowed line indicates the default setting Note x represents the dont care state Note 1 to 8 are the Dip Switch numbers TriBoard Configuration HWCFG 7 0 Type of Boot TC1793 11213456718 1011XXXX Internal Alternate Boot Mode Generic X X X X O O O O Bootloader at CAN pins on fail FIF F 1000XXXX Internal A
43. l TriBoard Information 3 13 Debug System 3 13 1 OCDS1 The OCDS1 signals are connected to the IDC16 plug X501 They work with the port supply of 3 3V For pinout of the connector see Figure 7 7 You can connect any debugger to this connector The signals BRKIN and BRKOUT are not connected per default If you need this signals in the connector then assemble R525 and R524 with a 0R resistor If you connect debug hardware make sure that the miniWiggler JDS see miniWiggler JDS on Page 3 3 is not activ ACTIV LED is off and on the DAP connector X502 is no hardware connected or the hardware is tristated If the ACTIV LED is on then stop the active DAS Server UDAS and or remove the USB connection to the PC 3 13 2 DAP The board comes with a DAP connector X502 For pinout of this connector see Figure 7 9 You can connect a DAP hardware here If you use this connector make sure that the miniWiggler JDS is not activ ACTIV LED is off and a connected OCDS1 hardware is disconnected or tristated User s Manual 3 5 V 5 0 2010 01 infir TriBoard TC179X nrineon Hardware Manual TriBoard Information User s Manual 3 6 V 5 0 2010 01 infir n TriBoard TC179X Hardware Manual TriBoard Configuration 4 TriBoard Configuration 4 1 HW Boot Configuration TC1797 and 1793 9 N gt A LOW Q O Figure 4 1 HW Configuration TC1797 TC1793 DIP Switch The p
44. lternate Boot Mode Generic X X X X O O O O Bootloader at CAN pins on fail NIN NIF F 1001011X External Alternate Boot Mode arbiter O O O O ASC Bootloader on fail FIF F F 1001010X External Alternate Boot Mode EBU X OIOJOJOO OO participant ASC Bootloader on fail NFINIFININIF F F F 1001001X External Alternate Boot Mode arbiter ASC Bootloader on fail FNA mode FNNIFININIF F F F 1001000X External Alternate Boot Mode EBU participant 5 Bootloader on fail NNNIFININIF mode F F 1001111X External Alternate Boot Mode arbiter 0 0 Generic Bootloader at CAN pins on fail 1001110X External Alternate Boot Mode EBU participant Generic Bootloader at pins fail FIF IF F 1001101X External Alternate Boot Mode arbiter O O O O Generic Bootloader at CAN pins on fail FNA F 1001100X External Alternate Boot Mode EBU participant Generic Bootloader at CAN pins NN F FINNIF on fail mode F IF F User s Manual 4 2 V 5 0 2010 01 infir n TriBoard TC179X Hardware Manual TriBoard Configuration Table 4 1 User Startup Modes for TC1793 Note The shadowed line indicates the default setting Note x represents the don t care state Note 1 t
45. nchronous SRAM up to 8 MByte FlexRay Transceivers optional if not with TC1797 or TC1793 High Speed CAN Transceivers USB to UART bridge Crystal 20MHz default Oscillator or External Clock USB miniWiggler JDS for easy debugging 8 Low Power Status LEDs 8 DIP switches for configuration access to all pins of controller 100mm x 160mm EURO Board Connectors The TC179X TriBoard offers a wide variety of connectors Standard power connector USB connector for ASC Interface ASCO and miniWiggler 16 pin header for JTAG interface OCDS 10 pin header for DAP only 1797 and TC1793 2x 10 2x5 Header for CAN High Speed Transceiver CANO and 2 x SUB D9 Plug connector for FlexRay optional if not with 1797 TC1793 four 80 pin connectors male four 80 pin connectors female with all signals optional ETK connector Components Infineon s Next generation micro controller supply TLE 7368 TLE7368 3E for TC1793 if available Three LEDs to validate power supply 5Volt 3 3 Volt VCORE LED indicating HDRST ESRO active state LED indicating activ miniWiggler JDS LED switched via DAS software Infineon s FlexRay Communication Controller SAK CIC310 optional if not with TC1797 or TC1793 2x FlexRay Transceiver AS8221 AMS or TJA1080 NXP optional if not woth TC1797 or TC1793 User s Manual 2 1 V 5 0 2010 0
46. nnect different flashs see Table 4 5 Note Only 3 3V Flash is usable with this board 3 6 SRAM The SRAM uses 32 Data Bits ADO AD31 and up to 22 Address Bits 0 20 It s accessed CSO CS1 Each type of SRAM has its own resistor to connect to CSO or CS1 To connect different SRAMs see Table 4 5 Note Only 3 3V SRAM is usable with this board User s Manual 3 2 V 5 0 2010 01 infin n TriBoard TC179X n e0 Hardware Manual TriBoard Information 3 7 USB Connector The USB connector is used for connection to a PC Via the USB it is possible to power the board using the ASC0 as serial connection via USB and Debugging via DAS For the pinout of USB socket see Figure 7 6 NOTE Before connecting the board to the PC make sure that the actual DAS software is installed on the PC For actual DAS software please contact your local FAE The software can also be found on the DAS website 3 7 1 Serial Connection to PC After the first connection of USB to a PC the needed driver will be installed automatically During this there will be created a new COM port on PC This COM port can be used to communicate with the board via ASC0 of the device e g bootstrap loader 3 7 2 miniWiggler JDS The miniWiggler JDS is a low cost debug tool which allows you access to the JTAG of the device Make sure that you have the latest DAS release Debugging is possible via the DAS Server UDAS Please contact your p
47. o 8 are the Dip Switch numbers HWCFG 7 0 Type of Boot TC1793 11213456718 0010011X External Start from CS0 arbiter Default O O EBU Configuration FF F 0010111X External Start from CSO arbiter Automatic Configuration NIN 0010001X External Start from 50 arbiter Default EBU Configuration FNA mode F F 0010101X External Start from CS0 EBU arbiter Automatic EBU Configuration mode 0010010X External Start from CSO EBU participant Default Configuration NF NN FI NIN F F 0010110X External Start from CS0 EBU participant Automatic EBU Configuration NIFIFINIEININ FIF F 0010000X External Start from CSO EBU participant Default Configuration mode NNNNINIFININ F 0010100X External Start from CSO EBU participant Automatic EBU Configuration mode I NIN F F 0001X00X Bootstrap Loader Mode Generic Bootloader at X O O CAN pins FNA mode NN FINININ F 0001X01X Bootstrap Loader Mode ASC Bootloader X O X O O O O mode FIN User s Manual 4 3 V 5 0 2010 01 infin n TriBoard TC179X 0 Hard
48. onfiguration Table 4 6 Resistors for memories Component Description R103 Connect CS1 to 16 bit SRAMs default assembled R104 Connect CS0 to 16 bit SRAMs default not assembled R106 Connect CS1 to 32 bit SRAM default not assembled R107 Connect 50 to 32 bit SRAM default not assembled R219 Connect 0 to 16 bit Flashs default assembled R220 Connect CS1 to 16 bit Flashs default not assembled R222 Connect 50 to 32 bit BGA Flash default not assembled R223 Connect CS1 to 32 bit BGA Flash default not assembled R225 Connect 50 to 32 bit PQFP Flash default not assembled R226 Connect CS1 to 32 bit PQFP Flash default not assembled Note All resistors are red marked in the following figures 8 ud 8 ROS 0000000 o0 2 CB104 R EJ Re 0 08 Figure 4 6 User s Manual Location of memories resistors on Top Side 4 12 V 5 0 2010 01 TriBoard TC179X Infineon TriBoard Configuration R503 R502 505 Bist C504 gt 36852 505 0501 0503 5 9 4
49. pe of Boot TC1793 4 1 Type of Boot TC1797 4 4 Type of Boot TC179X 4 7 U USB Connector 3 3 USB connector pinout 7 6 User s Manual L 2 V 5 0 2010 01
50. refered debug vendor for support of DAS If you have connected the board to the PC and there runs the DAS server then a working connection is visible via the blue ACTIV LED The status RUN LED is switched on off through the DAS Server depending on the used debugger client IMPORTANT Make sure that there is or a tristated connection on X501 OCDS1 and X502 DAP if the ACTIV LED is on 3 8 FlexRay optional if not with TC1797 TC1793 The FlexRay devices are only assembled if the board is with TC1797 TC1793 or with the FlexRay option The board has 2 SUB D connectors for FlexRay Communication with up to 10 Mbit s Ifthe controller has an E Ray modul like TC1797 and TC1793 then the transceiver are connected directly to the controller else there is the SAK CIC310 IFlex assembled and the transceiver are connected to the If the SAK CIC310 is assembled then the is connected to MLI1 of the controller As interrupts inputs of TC179X are used P7 0 P7 1 P7 4 and P7 5 User s Manual 3 3 V 5 0 2010 01 infin n TriBoard TC179X n e0 Hardware Manual TriBoard Information For more information look in the user manual for TC1797 TC1793 or SAK CIC310 and the schematics Figure 8 5 3 8 1 FlexRay as option If the board comes without FlexRay e g with TC1796 then you can add the FlexRay option by assembling the following parts U401 with SAK CIC310 Infineon 0402 and 0403 with AS8
51. st of Figures Figure 2 1 Figure 2 2 Figure 3 1 Figure 4 1 Figure 4 2 Figure 4 3 Figure 4 4 Figure 4 5 Figure 4 6 Figure 4 7 Figure 7 1 Figure 7 2 Figure 7 3 Figure 7 4 Figure 7 5 Figure 7 6 Figure 7 7 Figure 7 8 Figure 7 9 Figure 7 10 Figure 8 1 Figure 8 2 Figure 8 3 Figure 8 4 Figure 8 5 Figure 8 6 Figure 8 7 Figure 8 8 Figure 8 9 Figure 8 10 Figure 8 11 Figure 8 12 Figure 8 13 Figure 8 14 User s Manual TriBoard Block 2 3 TriBoard TC179X V5 0 2 4 Clock socket usage 1 3 2 HW Configuration TC1797 and TC1793 DIP Switch 4 1 HW Configuration for all other TC179X DIP Switch 4 7 Location of general optional resistors on Top Side 4 10 Location of general optional resistors on Bottom Side 4 10 Location of peripheral resistors on Bottom Side 4 11 Location of memories resistors Top Side 4 12 Location of memories resistors on Bottom Side 4 13 Connector for TC1797 TC1793 Pinout Part Top View 7 2 Connector for 1797 1793 Pinout Part Top View 7 3 Connector for other 179 Pinout Top View 7 4 Connector for other TC179X Pinout Part Il Top View 7 5 Power connector pinout 7 6
52. t Ed 84 td 284 td 184 I td 0 8d 0 Ed SI td zd tl td vl cd I td l cd td Ti cd II td Il cd 01 td Ol cd 6 td 6 Td 814 706 0 10 0 1 974 VAC 557 ru LL ION ano gt asdqqa TIVAV vam 14 214 ION ANN 114 014 l 94 TI 9d 028 qu 9d 0 014 108 94 I Old cou ord 9 94 Old ELO SDH 1 94 694 0527 01 94 8 94 1527 Sd I Sd TSO 54 0 54 Ta TWIX TL 14 L VIVIX Ira 5 54 Lid 9 rika 514 SIV cd LIV Old Old 9 STIViDIHdDW d rE 20 Zl Sd 8 54 NOISNVdXI sna l Sd 6 54 ev VI Sd Ol 54 51 54 Sd otv L Sd 5 Sd 9 54 Sd lt 18 804 iy 15404 9 0d 9v 1d ISUOT asa TU 2051 lt TSH gt x LSYCH 0454 INN 18597 V Oa 5 zv Od IV AGV 0v E NI 29A NI ODA 206 106 0 8 L 9 5 t T V 5 0 2010 01 8 11 Figure 8 10 Schematic Connectors Socket User s Manual infin eon TriBoard TC179X Hardware Manual Schematic and LayoutLayout 8 2 Layout cB 108 CB105 vo
53. ware Manual TriBoard Configuration Table 4 1 User Startup Modes for TC1793 Note The shadowed line indicates the default setting Note x represents the don t care state Note 1 to 8 are the Dip Switch numbers HWCFG 7 0 Type of Boot TC1793 11213456718 0001X10X External ABM Generic Bootloader Default XO OX O O EBU Configuration FNA mode FINININ F F 0001X11X External ABM ASC Bootloader Default EBU X O O O Configuration FNA mode others reserved don t use this combination Table 4 2 User Startup Modes for TC1797 Note The shadowed line indicates the default setting Note x represents the don t care state Note 1 to 8 are the Dip Switch numbers HWCFG 7 0 Type of Boot TC1797 11213456718 11XXXXXX Internal Start from Flash X X X X X X O O 010XXXX0 Bootstrap Loader Mode Generic Bootloader at O X X X O CAN pins N N F IN F 10101XX0 Bootstrap Loader Mode ASC Bootloader FINIFINIF F F F 10100 0 Internal Alternate Boot Mode ASC Bootloader O X X O O on fail N N N I FI F F 1011XXXX Internal Alternate Boot Mode Generic X X X XO O O O Bootloader at CAN pins on fail FIFINIF FIF F 10010110 External Alternate Boot Mode arbiter O O O O ASC Bootloader on fail NF FINFININ F User
54. zao L LS 90290 eoi Co k 30280 50 OGG D m z 0104 R102 U201 s 5 2020 98086 E B 8 8 03 E R613 R615 R617 1224 E 2 L3 zu eo e m 10 8 82388 5 1 10280 de 04 8 c Uni 1 5 es ex o g 5 3 Em Ae ana wi eue Figure 8 11 Component Plot Top Layer C701 Co X502 d P501 User s Manual 8 12 V 5 0 2010 01 Cfineon TriBoard TC179X Hardware Manual Schematic and Layout 316506 cBs047d Oooo Sl D a ozey H mE 4 t 0 0 455 oc 75028 8 7 80 gey C ezzgo Figure 8 12 Component Plot Bottom Layer User s Manual 8 13 V 5 0 2010 01 TriBoard TC179X Infineon Hardware Manual Schematic and LayoutLayout with Dimensioning 8 3 Layout with Dimensioning The following dimensions should be used for development of extension boards Note these are the pictures from the TC 1798 Connectors X801 X804 on the same place

TC1793 TriBoard Manual

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