TriBoard TC1796 V3.1
Contents
1. ue vG 7 A 16 LL C X Figure 9 11 Component Plot Top Layer User s Manual 9 12 V 3 1 2005 01 o Infineon technologies TriBoard TC1796 Hardware Manual Schematic and Layout C4 18 2080 SS BIWA grma 0294 gt 8684 60340564 2 i53 88 22 61 5 6339663 9294 o o C3 55 Loca EN Qu 09 lt CO EE 909 a 55 00980 0989409 1 24 480 97584 60982 90980 6095 cimo H 10989 c ooa 0 98 605 90789 FTON zezao 7094 4 080 048 80 60 89 EE E pium d J 1 C079 6165 elu amp amp 820080 WH 00002000 5 SHE Fe voza lt ae SKRE Jr R229 C R228 R227 R222 CB217 CB218 1 8219 50489 Figure 9 12 Component Plot Bottom Layer User s Manual 9 13 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual Schematic and Layout 9 3 Layout with Dimensioning The following dimensions should be used for development of extension boards Note these are the pictures from the TriBoard TC10GP Connectors X801 X804 are on the same place 147565 U79c 2280mil C2. 6 1 7 Signal Description 7 1 8 Connector Pin 8 1 8 1 TC1796 Connector View 8 2 8 2 General Connector Top View 8 4 User s Manual 1 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual Table of Contents Page 8 3 Power Connector Pinout 8 6 8 4 Ro232 PINOUT seres ee EE EG PES 8 6 8 5 CAN PINOUT 8 8 8 6 OGDS 8 8 9 Schematic and 9 1 9 1 Senemallc 9 1 9 1 1 Know bugs and problems on the TC1796 300 9 1 9 2 ES 9 12 9 3 Layout with Dimensioning 9 14 10 Keyword Index Index 1 User s Manual 2 V 3 1 2005 01 Infineon technologies TriBoard TC1796 Hardware Manual List of Figures Page Figure 2 1 TriBoard Block Schematic 2 2 Figure 2 2 riBoard T1796 300 2 3 Figure 4 1 Clock socket usage 1 4 1 Figure 5 1 HW Configuration DIP Switch 5 1 Figure 8 1 Connector for C1796 Pinout Part
3. 8 2 Figure 8 2 Connector for TC1796 Pinout Part Il Top View 8 3 Figure 8 3 General Connector Pinout Part Top View 8 4 Figure 8 4 General Connector Pinout Part Top 8 5 Figure 8 5 Power Connector 8 6 Figure 8 6 5232 0 89 8 6 Figure 87 5 1 Pinout BERG10 noana na nananana 8 7 Figure 8 8 10 8 8 Figure 80 3 3V OCDS1 Pinout 16 8 8 Figure 8 10 3 3V OCDS2 Pinout 8 9 Figure 8 11 Board Wiggler 9825 8 9 Figure 9 1 Schematic Project 9 2 Figure 9 2 Schematic Bussystem and 5 9 3 Figure 9 3 Schematic On Board Flash Memory 9 4 Figure 94 Schematic Clock OCDS and 9 5 Figure 9 5 Schematic 9 6 Figure 9 6 Schematic Debug System 9 7 Figure 9 7 Schematic ADC 9 8 Figure 9 8 Schematic Power 9 9 Figure 99 Schematic Connectors Plug
4. 5 4 EN10 P5 6 010 P5 5 SDI1 P57 FCLPOA FCLP1A FCLNO SOPOA SOP1A SONO SON RXCAN3 P6 14 TXCAN3 P6 15 SLSIO 51511 51500 51501 SLSO2 P2 2 51503 23 SLSO4 P2 4 SLSO5 P2 5 SLSO6 P2 6 SLSO7 P2 7 GND GND XTAL1 SYSCLK P1 12 XTAL2 BFCLKI RXDO EXT P5 0 RXD1 EXT P5 2 P5 1 1 P5 3 RXCANO P6 8 P6 10 P6 9 P6 11 SCLKO SCLK1 P6 6 MTSRO MTSR1 P6 4 MRSTO MRST1 P6 5 RXCAN2 P6 12 2 P6 13 REQO P1 0 REQ1 P1 1 REQ2 P1 2 REQ3 P1 3 VDDSBRAM GND 3V3 VDDE 3V3 VDDE V 3 1 2005 01 Infineon technologies TriBoard TC1796 Hardware Manual Connector Pin Assignment ADC X803 X903 X804 X904 VSSA VSSA GND GND VSSA VSSA GND GND ANO 16 2 8 2 8 17 GPTA1 P2 9 P4 9 AN2 AN18 P2 10 P4 10 AN3 19 2 11 GPTA35 11 ANA AN20 4 P2 12 GPTA36 P4 12 21 GPTA5 P2 13 GPTA3 AN22 GPTA6 P2 14 GPT A38 P4 14 AN7 AN23 7 P2 15 GPTA39 P4 15 ANO 24 GPTA8 P3 0 GPTA40 P8 0 ANO AN25 P3 1 1 P8 1 AN26 10 P3 2 GPTA42 P8 2 11 27 GPTAT11 P3 3 4 P8 3 12 AN28 12 GPTA44 P8 4 AN13 AN29 1 P3 5 GPTA45 P8 5 14 AN30 14 P3 6 GPTA46 P8 6 AN15 AN31 GPTA15
5. D21utf22 O PET 68 6F 191 002 1101 PN 19518 zye dsnisewioy L JoquinN WL VIN soidopouuoo JL K ddns 96121 pJeogt 1 ii jo 9IN SIN EIN TIN TIN OIN LIN 148 ETA 146 EE mn LIN 014 4001 ttLHO 2 5 8 1001 ays aja pus E _ 55 1001 SAI E p SAT CATS 1do SAZ 8 GAT A uoo18 GATS Wools CATS 9 1001 05L8D TriBoard TC1796 Hardware Manual 40 541 41 41 51 5253 ec ez ec ec V V 44 ae ENET Schematic and Layout 1do WOCI UOLT 3029 904 1001 ETLE 1001 1001 1001 02 42 1001 61482 2 81 80 2 o SATH AS 9IL r 21555 1001 18883 pex CATS 1do SATH V LIOV Gel 6LDV 140 N HOI 08809 DU 1001 5040 2 8213 40 V V m SAT 7001 OOF EOLA 087809 5 1455 2010
6. ZN das 5 0d 04 lo Lus 0d sv I 0d ov 0 0d 08809 2 opu Fd zor V V a A CADOSCOT1L EEADOSZOTTL 6 9d 2 607 8 94 SIIXL INVOGXII ONY 140 Sd lbi V IXA 0194 mE 301 ido wi wi ONVOXW pony 8 9d 1001 cora L 1 V V 7001 A 10 p 1 EE 174601 8215 1 o ii d 5 t Woudaa 597 i gt e IXa T 105410 pe re Sd E 8 L 9 v c Figure 9 5 User s Manual 01 V 3 1 2005 9 7 Schematic Debug System o 8 L 9 s v 1 1880200 A 962121 PAPOgIAL 962121 11964 IL PAPOgHA T VG P00 Modang 2214292 and c gt 68 6 PL T 19618 1 0 16 a a em 1 zye dsniseuiou WL VIN OW IV imo pu saSojouyoay uoouur Ol Jo A uc D yoddns pue 21800 96 101 140 0ZXZNOD 96L121 o 084 15538817
7. 27 11 AN12 AN28 12 GPTA44 AN13 AN29 GPTA13 5 AN14 AN30 14 GPTM6 AN15 AN31 15 GPTA47 VSSA VSSA GPTA16 GPTA48 VDDA2 VDDA2 17 49 VDDA2 VDDA2 18 VSSAREFO VSSAREF1 19 GPTA51 VDDAREFO VDDAREF1 GPTA20 GPTA52 GND GND GPTA21 GPTA53 GPTU1 0 GPTU1 1 GPTA22 GPTAS4 GPTU1 2 GPTU1 3 GPTA23 55 GPTU1 4 GPTU1 5 GPTA24 GPTA56 GPTU1 6 GPTU1 7 GPTA25 GPTA57 PCP PCP PC1 GPTA26 GPTA58 PCP PC2 PCP PC3 GPTA27 GPTA59 PCP PCP PC5 GPTA28 GPTA60 PCP PC6 PCP PC7 GPTA29 GPTA61 PCP PC8 20 GPTA62 PCP 1 GPTA63 VDDPERI VDDBUS GPTUO O GPTUOA ADOEMUXO GPTUO 1 GPTUO 5 ADOEMUX1 AD1EMUX1 GPTUO 2 GPTUO 6 ADOEMUX2 2 GPTUO 3 GPTUO 7 ADOEXTINO ADOEXTIN VDDPERI VDDBUS AD1EXTIN1 VDDPERI VDDBUS Figure 8 4 General Connector Pinout Part Top View User s Manual 8 5 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Connector Pin Assignment 8 3 Power Connector Pinout 5 5V 60V 4 GND Figure 8 5 Power Connector Pinout 8 4 RS232 Pinout k 02 GND Figure 8 6 RS232 0 Pinout 089 User s Manual 8 6 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Connector Pin Assignment 02 Figure 8 7 ASC1 Pinout BERG10 User s Manual 8 7 V 3 1
8. y 1075 VIOIA 15 0 80 N 5 340 1001 STLA wLa 340 34011861 7144 A 71 md T V SAC is 100 dMdOT089LSdL ido Z 01089 841 EOLA sena wi LOPES ISIA 1 MZ 3 1 2005 9 9 Schematic Power Supply voL cold o DE eLr aorsco uy q V 10 1 C m T AS 1490460445 D _ 1044 1018 1040 1do 18 TTId 25 2 A09 AS S c N c NI 20 OUA LT8STTHd ies 2 7 Vl d cy Ag 6000 cAT 4 4010191541 e o diss l 42277 STLA 10 901 asn Alddns AS T 404 HLON 8 L 9 t 4 1 Figure 9 8 User s Manual User s Manual o Infineon technologies TriBoard TC1796 Hardware Manual Schematic and Layout 9 2 Layout 01 0 104 8 199 i 5 I V 0205 X801 bis X804 sind Stiftleisten 0712 0710 0709 X401
9. 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual Connector Pin Assignment 8 5 CAN Pinout 2 Z lt I 6146 9 Figure 8 8 CAN Pinout BERG10 8 6 OCDS Pinout TDI 9 Q EBUCLK BRK IN Figure 8 9 3 3V OCDS1 Pinout BERG16 User s Manual 8 8 V 3 1 2005 01 Infineon TriBoard TC1796 INFINEON Hardware Manual Connector Pin Assignment gt E G9 0 Eu xu x B m B xXx lt Ow Te gp 42 E 0 2 X m mo oo 2 2 0 Ua eU 2027 200 03 9 e Op Oy 05005 05 05 05 05 06 2 4 6 802 46 8 02 4 6 0 111 1 2 2 222333335 55452 0 0 O o O 0103 05 07 09 01 03 0507 09 01 03 05 07 09 G 09080 0 01 03 05 07 09 PORST BRK_IN BRK_OUT Figure 8 10 3 3V OCDS2 Pinout SAMTEC QSH 14 115 16 17 118 119 120 121 122 123 124 125 O O O O O O O O 1 _2 _3 4 5 6 7 _8 9 1 11 12 13 O 0 Q X 0 O IN OCDS E OUT PullDown Figure 8 11 On Board Wiggler Pinout DB25 User s Manual 8 9 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Connector Pin Assignment User s Manual 8 10 V 3 1 2005 01 Infineon TriBoard TC1796 INFINEON Hardware Manual 9 9 1 9 1 1 Schematic and Layout Schematic and Lay
10. 9 10 Figure 9 10 Schematic Connectors Socket 9 11 Figure 9 11 Component Plot Top Layer 9 12 Figure 9 12 Component Plot Bottom 9 13 Figure 9 13 9 14 Figure 9 14 9 15 User s Manual 1 1 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual List of Figures Page User s Manual 1 2 V 3 1 2005 01 Infineon technologies List of Tables HW Boot Configuration for TC1796 Jumper for ASCO Jumper for ASC1 Jumper for On Board Wiggler Resistors for XTAL1 Operation Resistors for flash AM29BL162C Resistors for 32 bit flash Hesistors for other 16 bit flash Hesistors for asynchronous SRAM Resistors for synchronous SRAM Power Signals Table 5 1 Table 5 2 Table 5 3 Table 5 4 Table 5 5 Table 5 6 Table 5 7 Table 5 8 Table 5 9 Table 5 10 Table 7 1 Table 7 2 Table 7 3 Table 7 4 Table 7 5 Table 7 6 Table 7 7 Table 7 8 User s Manual Interrupt Signals BUS Control Signals Debug Signals Peripheral Signals TriBoard TC1796 Hardware Manual V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual List of Tables Page User s Manual 11 4 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual Introduction 1 Introdu
11. CO N N 2600mil N gt 4600mil 4900 11 4840mil 1260mil 62399mil U103 o o o o o6 114006 114008 118008 11480011 S ee P gt TOv d TI TOSd Figure 9 13 Dimensioning mil 51011 User s Manual 9 14 V 3 1 2005 01 o Infineon technologies TriBoard TC1796 Hardware Manual Schematic and Layout 8555 66 748128 88 57 91 2 91 2 66 04mm O U102 116 84mm 122 936mm 124 46mm 32 004mm 159 9946mm v 2 WWOT O WWZE OZ WWZE Oc WWE 22 gt Tm TOv d E Figure 9 14 Dimensioning mm 12 954mm User s Manual 9 15 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Schematic and Layout User s Manual 9 16 V 3 1 2005 01 Infineon technologies 10 Keyword Index TriBoard TC1796 Hardware Manual Keyword Index This section lists a number of keywords which refer to specific details of the TriBoard 1796 in terms of its architecture its functional units or functions This helps to quickly find the answer to specific questions about the TriBoard TC1796 Symbols BRK IN 5 2 Numerics 1 MBytes asynchronous SRAM 4 1 4 MBytes Burst Flash 1x32Bit 4 1 8 MBytes Burst Flash 2x16Bit 4 1 8 MBytes synchronous SRAM 4 2 A ASC 4 2 ASCO Configuration 5 4 ASC1 Configuration
12. MI 14 Hoddan T S gt un a a Zye dsniseuiou 1 JoqunN Dy seam 01 JO 49995 WVUS pue urojsssng 96 191 1 v gt r 2 27 V 1101 860 0 8 m lt lt m 5 20 E COg 9cdv 920 5 o z 8 9 WVHVS 22 2 s Ica m sid A PT I wx 810 o ES t 29 179 WVUVSO i p 2 2 EIU E ies v3 mwaaaA G 8 L 9 v t Figure 9 2 User s Manual TriBoard TC1796 Hardware Manual technologies Infineon Schematic and Layout PN 19518 06 zye dsnisewioy uequnw VIN ON IV soido ouqoo T Ol Jo 39945 4 UO 96121 pyeogrta p YO TETA A IIVAV 0 dd OETA 100 YO 6CCH 100 4001 ON BITA V 1do 001 p VV8 V daga 9 VV8 ON ido ZI N 2728 o1 ISUGH Scc 140 1 140 1do ido zeXINT 14 EETA TETA 09 V V ass 1001 05 SATH 090 zeza ezza 08 a
13. Wioasna eo O SA gosg 140 zHjN8E UA 0 8144 Er 6 AD lt ido 144 8A TYLNOLSALA 4 8504 a s EAE 19599519 wagsna ae X10 8sn AE oa 88 SH 25820 EUN 194 MFFCLOHVELNS 1 IX ED 15804 s Tb 8 9 pr m 1 j AST E e um 8 L 9 5 v 1 Figure 9 6 User s Manual TriBoard TC1796 Infineon Hardware Manual technologies Schematic and Layout 19518 40 zyejdsn sewoy VIN OIN IV 2 uooutjur 06 01 9 AS PU OSN V Ld9 96121 0405 V0d TOA typo lanl 2 lanl Lani 8 8 vd 2 2 m 0 SL td tl vd f cl td VIOV 910 810 022 610 2 Schematic Figure 9 7 01 9 8 V 3 1 2005 User s Manual 01 Vos AJddns A 962121 PAPOgHL 962121 P4POgIALU6ZI2 L
14. P3 7 7 P8 7 VSSA VSSA 16 P3 8 GPTA48 P9 0 VDDM VDDMF GPTAT17 P3 9 GPTA49 VSSFAREF VDDFAREF 18 P3 10 GPTA5O P9 2 VSSAREFO VSSAREF1 GPTA19 P3 11 GPTA51 P9 3 VDDAREFO VDDAREF 1 GPT 420 12 GPTA52 P9 4 VSSA VSSA 21 P3 13 GPTA53 P9 5 AN32 AN38 GPTA22 P3 14 6 AN33 AN39 P3 15 GPTA55 F9 7 AMO 2 P4 0 P98 AN35 AN41 P4 1 P10 0 AN36 AN42 GPTA26 P4 2 EMGSTOP P10 1 AN37 AN43 27 P4 3 10 2 VSSA VSSA GPTA28 P4 4 P10 3 P0 8 P0 9 GPTA29 P4 5 1 13 10 11 P4 6 1 14 12 13 GPTAS1 7 1 15 3V3 VDDE TOLKO P1 4 P1 11 ADOEMUXO 2 P7 6 TREADYO P1 5 RVALIDO P1 10 ADOEMUXA P7 3 P7 7 TVALIDO P1 6 RREADYO P1 9 P7 1 14 TDATAO P1 7 RCLKO P1 8 15 P7 0 VDDE P7 5 P7 4 VDDE Figure 8 2 Connector for TC1796 Pinout Part Top View User s Manual 8 3 V 3 1 2005 01 o Infineon technologies TriBoard TC1796 Hardware Manual Connector Pin Assignment 8 2 General Connector Top View The general connector is defined as an standard for future releases of boards like the TriBoard There have been borne in mind yet another TriCore based CPUs BUS EXPANSION X801 X901 PERIPHERALS OCDS X802 X902 GND GND GND GND GND GND GND GND AD
15. eeu 1208 9 000480 E Rin O ON La 2 19 ISHIH 001 21280 001 80280 10011101242 4001 20280 ON T yo 1do 4001 90042 1001 50042 10011 0242 20280 1001 10242 TDSD 052 340 0 340 0 SITA 1do 2001 L 1do 2001 14959 1 052 SICH 1do 30 V 1do 7001 V ius Schematic On Board Flash Memory Figure 9 3 01 9 4 V 3 1 2005 User s Manual TriBoard TC1796 Hardware Manual technologies Infineon Schematic and Layout YIS YONO EA 964121 P4008 4 962121 PA90814196Z 2 L 940 7 4 D204420 2 O VET 68 6F 7191 rooc un L req 7S 18 d O E zye dsniseurou uoqunN VIA OW IV uooutgug 32945 pue MOO 9610 7 uS ho 5 dl 105 eT V tcd ACGOWLSAL 42 SSVdAH VIVIX zc MG GEN SNR I 0 Old 1065 M
16. sheets of all used parts can be found in the Components directory The manuals for the microcontrollers and the TriBoard are located in the Manual 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 6 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 6 1 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual TriBoard Software User s Manual 6 2 V 3 1 2005 01 Infineon technologies TriBoard TC1796 Hardware Manual Signal Description User s Manual 7 Signal Description For more information about the signals please see the user manuals from TC1796 Table 7 1 Power Signals Short Name Description IN Supply Input 5 5V 60V GND Ground VDD Core Supply Voltage 1 5V VDDP Port Supply Voltage 3 3V VDDEBU External Bus Supply Voltage 2 5V or 3 3V VDDFL3 Flash Supply Voltage 3 3V VDDSBRAM SRAM standby Supply Voltage 1 5V VDDOSC Main Oscillator Supply Voltage 1 5V VDDOSC3 Main Oscillator Supply Voltage 3 3 VSSOSC Main Oscillator Ground VSSM ADC
17. switch is ON f OSC with Bypass switch is OFF Note The factors P and are controlled via bitfields in register PLL_CLC located the SCU The resulting system clock is f fcvsTEMCLK if SYSFS cleared default after reset sysTEMCLK fcpUcLK SYSFS is set Note The bit SYSFS is controlled bit 2 in register located in the SCU User s Manual 5 3 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual TriBoard Configuration 5 4 Jumper Settings Table 5 2 Jumper for ASCO Note The shadowed line indicates the default setting Setting ASCO Configuration 2 3 ext RxD gt CPU Table 5 3 Jumper for ASC1 Note The shadowed line indicates the default setting Setting ASC1 Configuration 2 3 ext RxD gt CPU Table 5 4 Jumper for On Board Wiggler Note The shadowed line indicates the default setting Setting Board Wiggler 2 3 Disable On Board Wiggler 5 5 Optional Resistors Table 5 5 Resistors for XTAL1 Operation 8314 use XT301 default short 8315 Hserial default short H316 Hparallel default open Table 5 6 Resistors for flash AM29BL162C R212 use CSO default short 213 use CS1 default open 214 pullup on chip select the device default open User s Manual 5 4 V 3 1 2005 01 Infineon technologies Table 5 7 Resistors for 32 bit flash 218 use CSO default open 219 use CS1 default open H220 pu
18. 1 Operation 5 4 Robinson Nugent 8 1 RS232 2 1 RS232 cable 4 2 RS232 Pinout 8 6 RS232 Transceiver 4 2 User s Manual TriBoard TC1796 Hardware Manual Keyword Index 9 samtec 8 1 ochematic 9 1 Schematic and Layout 9 1 Serial EEPROM 4 3 oignal Description 7 1 ooftware 3 1 6 1 4 2 55 4 3 status LED 4 3 Supply 4 1 SW Boot Configuration 5 2 synchronous serial interface 4 3 T Tasking EDE 3 1 1796 2 1 Toggle LED 4 3 Transceiver 4 2 TriBoard Software 6 1 TriCore 2 1 Type of Boot 5 2 W Wiggler 4 4 10 2 V 3 1 2005 01 http www infineon com Published by Infineon Technologies AG
19. 3 2 Install the Driver for Debugging 3 1 3 3 starting a New Tasking gt Project 3 1 4 TriBoard Information 4 1 4 1 Power 4 1 4 2 4 1 4 3 tase PPP 4 1 4 4 4 2 4 5 4 2 4 6 4 2 4 7 4 2 4 8 C 4 3 4 9 PH 4 3 4 10 Other peripherals 4 3 4 11 EED 4 3 4 12 Debug System 4 3 4 12 1 4 3 4 12 2 On Board Wiggler Rar e s 4 4 5 TriBoard Configuration 5 1 5 1 HW Boot Configuration 5 1 5 1 4 TC1796 HW Boot Configuration 5 2 5 2 SW Boot Configuration 5 2 5 9 Clock Selection 5 3 5 4 Jumper Settings 5 4 5 5 Optional Resistors 5 4 6 TriBoard Software 6 1 6 1 alceinu c 4 48448 E 6 1 6 2 Software Overview 6 1 6 3 Software Installation
20. 32 0 BERG10 for RS232 1 two BERG10 for CAN 0 1 with Transceiver BERG16 for OCDS1 SAMTEC QSH 030 01 F D A for OCDS2 DB25 On Board Wiggler for OCDS1 four 80 pin connectors male with all I O signals four 80 connectors female with all signals POWER 5 5V to 60V generated internally 3 3V 1 5V optional 2 5V for Bussystem generated internally 5V for OnBoard Wiggler and CAN Transceiver Power On Reset circuit e DIMENSION 100mm x 160mm User s Manual 2 1 V 3 1 2005 01 Infineon technologies TriBoard TC1796 Hardware Manual TriBoard Features 2 1 Block Diagram TxCANO TxCAN1 TC1796A 0 or CS1 TriCore CPU ADDRESS and DATA BUS 50 or CS1 Figure 2 1 TriBoard Block Schematic User s Manual 2 2 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual TriBoard Features 2 2 Placement X804 X801 BUS XT301 Rr 1 1 8 0 5v 2V5 LO gt TC1796A Reset Burst FLASH Burst FLASH 16Bit 16Bit ADC PERIPHERALS 1 1 1 Figure 2 2 TriBoard T1796 300 Placement ED CON User
21. 5 4 asynchronous SRAM 2 1 B Boot Configuration 3 1 Burst FLASH 2 1 Burst Flash 4 1 BUS Control Signals 7 2 BUS Signals 7 2 C CAN Pinout 8 8 CLOCK 2 1 Clock 4 1 Clock Selection 5 3 Clock Signals 7 2 Configuration 3 1 Connector for TC1796 8 2 Connector Pin Assignment 8 1 CPU 2 1 CPU clock 4 1 Crystal oscillator 4 1 User s Manual D Debug Signals 7 3 Debug System 4 3 DIMENSION 2 1 Dimensioning 9 14 Driver 3 1 E EDE Project 3 1 External clock 4 1 F FLASH 4 2 Flash 4 1 G General Connector 8 4 H HW Boot Configuration 5 1 HW configuration switch 5 1 HWCFG 5 2 INTERFACE 2 1 Interrupt Signals 7 2 J Jumper for ASCO 5 4 Jumper for ASC1 5 4 Jumper for On Board Wiggler 5 4 Jumper Settings 5 4 L Layout 9 12 10 1 V 3 1 2005 01 Infineon technologies LED 4 3 M manual reset 4 1 MEMORY 2 1 Memory 4 1 memory configurations 4 1 MultiCAN 4 3 OCDS Pinout 8 8 OCDS 1 2 1 OCDS2 2 1 On Board Wiggler 4 4 5 4 Optional Resistors 5 4 oscillator circuit 4 1 Other peripherals 4 3 P PC Start value 5 2 Peripheral Signals 7 3 Peripherals 4 2 PLL CLC 5 3 POWER 2 1 Power Connector 8 6 Power Signals 7 1 power supply 4 1 Project 3 1 reset 4 1 Signals 7 1 Resistors for 32 bit flash 5 5 Resistors for asynchronous SRAM 5 5 Resistors for flash AM29BL162C 5 4 Resistors for other 16 bit flash 5 5 Resistors for synchronous SRAM 5 5 Resistors for XTAL
22. GPTAO GPTA1 and LTCA2 e Asynchronous Serial Interface ASCO and ASC1 e Synchronous Serial Interface 55 0 and SSC1 e CANO and Micro Second Bus Interface MSCO and MSC1 Micro Link Serial Bus Interface MLIO and 1 Analog Digital Converter ADCO ADC1 and FADO with 44 analog inputs 4 7 ASC There are two ASC interfaces possible ASCO is connected to the DB9 socket and ASC1 is connected to the BERG10 plug ASCO and ASC1 are driven the RS232 Transceiver MAX3225 The DB9 socket can be connected to the serial port of a PC with a 1 to 1 RS232 cable To use the interfaces ASCO and ASC1 the plug X802 without Transceiver jumper JP401 see Table 5 2 Jumper for ASCO on Page 5 4 and JP402 see Table 5 3 Jumper for ASC1 on Page 5 4 have to be changed see Figure 9 11 User s Manual 4 2 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual TriBoard Information 4 8 55 On the 1796 there two synchronous serial interfaces available but there is no special plug on board To connect peripherals to SSC s the connector X802 Peripherals can be used The SSCO of the TC1796A 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 SLSOO To disable the EEPROM remove resistor 406 4 9 MultiCAN On the board are two CAN transceiver connected to the MultiCAN on TC1796 node 0 and 1
23. IP oscillator package External Clock Input Figure 4 1 Clock socket usage XT301 4 3 Memory The supports the following memory configurations upto 8 MBytes external Burst Flash 2x16Bit or 4 MBytes external Burst Flash 1x32Bit 1 MBytes external asynchronous SRAM 2x16Bit or User s Manual 4 1 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual TriBoard Information up to 8 MBytes external synchronous 1x32Bit 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 4 4 FLASH The flash uses 32 Data Bits ADO AD31 and 20 21 or 22 Address Bits 2 21 22 or A23 15 accessed 50 or CS1 Each type of flash has its own resistor to connect to 50 or CS1 For connect the different flash see Chapter 5 5 4 5 SRAM The SRAM uses 32 Data Bits ADO AD31 and up to 22 Address Bits A2 A22 It s accessed via CSO or CS1 Each type of SRAM has its own resistor to connect to CSO or CS1 For connect the different SRAM see Chapter 5 5 4 6 Peripherals available peripherals on the TC1796 System Timer General Purpose Timer Array V4
24. O VCC IN VCC IN AD1 1 VCC IN AD2 A2 ADV BAA AD3 A3 EBUCLK OUT CODE AD4 A4 CSEMU CSOVL AD5 A5 NMI HRST AD6 A6 SVM VDDFLT AD7 A7 GND GND AD8 A8 TRST PORST AD9 AQ TCLK STATUSO AD10 A10 TMS STATUS1 AD11 A11 TDI STATUS2 AD12 A12 TDO STATUS3 AD13 A13 OCDS E STATUS4 AD14 A14 BRK IN TESTMODE AD15 A15 BRK OUT SCAN E AD16 A16 FT ANALOG BRKPTO AD17 17 BRKPT1 BRKPT2 AD18 A18 IND PCO IND PC1 AD19 A19 IND PC2 IND PC3 AD20 A20 IND PC4 IND PC5 AD21 A21 IND PC6 IND PC7 22 22 GND GND AD23 A23 XTAL1 XTAL3 AD24 A24 XTAL2 EBUCLK IN AD25 A25 RXDO EXT RXD1 EXT AD26 CS2 TXDO TXD1 027 CS1 RXCANO RXCAN1 AD28 ICSO TXCANO TXCAN1 AD29 BC3 SCLKO SCLK1 AD30 2 MTSRO MTSR1 AD31 1 MRSTO MRST1 RD BCO RXJ1850 TXRJ1850 WR ALE P13 12 P13 13 RAS ICAS P13 14 P13 15 HLDA WAIT VDDSTBY GND CSFPI VDDPERI VDDBUS HOLD CS3 VDDPERI VDDBUS Figure 8 3 General Connector Pinout Part I Top View User s Manual 8 4 V 3 1 2005 01 Infineon technologies TriBoard TC1796 Hardware Manual Connector Pin Assignment GPIO X803 X903 GPTU GPTA X804 X904 VSSA VSSA GND GND VSSA VSSA GND GND ANO AN16 GPTA32 17 1 AN2 AN18 GPTA2 GPTA34 AN3 AN19 GPTA3 GPTA35 ANA AN20 GPTM GPTA36 21 5 GPTA37 AN6 AN22 GPTA6 GPTA38 AN7 AN23 GPTA7 GPTA39 ANB AN24 GPTA40 ANO AN25 GPTAQ GPTA41 AN10 AN26 GPTA10 42
25. O 1 Analog Part Ground VDDM Analog Part Supply Voltage VSSMF FADC Analog Part Ground VDDMF FADC Analog Part Supply Voltage VAGNDO ADCO Reference Ground VAREFO ADCO Reference Voltage VAGND1 ADC1 Reference Ground VAREF 1 ADCO Reference Voltage VFAGND FADC Reference Ground VFAREF FADC Reference Voltage Table 7 2 Reset Signals Short Name Description PORST External Power On Reset HDRST Hardware Reset TSTRES Test Reset 7 1 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Signal Description Table 7 3 Interrupt Signals Short Name Description NMI Non Maskable Interrupt 7 External Trigger Input O 7 Table 7 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 7 5 BUS Signals Short Name Description 0 0 31 Data 0 23 Address Table 7 6 BUS Control Signals Short Name Description 5 0 3 Chip Selects 5 Combined Chip Select Output BC O 3 Byte Controls RD Head ANR Write MR W Motorola style Read Write Burst address advance output ADV Address Valid Bus Request Output HOLD Hold Request Input HLDA Hold Acknowledge Wait Input User s Manual 7 2 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Signal Description Table 7 7 Debug Si
26. OOT E E 202 202 socal 0064 Loca sr 2055 8 JAO YMS sul SITEA 1 V ENEH MOJ SI 689185 3 SUBIT NO YAMS 96 998 uoyemZyuo uonvansguoo 714 pue 3004 40 81 TOES ALON 8 L 9 6 t Schematic Clock OCDS and Config Figure 9 4 01 9 5 V 3 1 2005 User s Manual 01 V 3 1 2005 9 6 Schematic Peripherals x 8 L 9 v T 0 68 6 7191 t00Z un a 17518 4 05 TOITA 7 48015 1 uoquinN Q VIN OIN Iv sai8ojouya Ol JO v NS spesoydiied 96 101 9 1 1 3d Cer 6 3d 6 gt a XI 01 Xi v Lera a a E E www 4 125 ET Lera El VI XI BH I a MI 91 1 bera 91 Hmmm a a SI 04 I c Q gt 5 01 04 6 04 CAT 91880 51 HLON 8 0d 82 L 0d Moros ATS ga oH 9 0d
27. The transceivers are connected to two BERG10 plug For the pinout of BERG10 plug see Figure 8 8 The other two nodes CAN2 and CANS can be use via plug X802 To use the CANO and interfaces via the plug X802 without Transceiver remove resistors R409 and R410 and assemble R404 and R405 with a OR resistor 4 10 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 Pin Assignment on Page 8 1 Note SLSOO is used as chip select for the serial eeprom on board 4 11 Toggle LED Port 1 pin 15 is connected to a single LED D401 and can be controlled by Software This status LED is low active 4 12 Debug System 4 12 1 OCDS The OCDS 1 signals are connected to the BERG16 plug X501 They work with the port supply of 3 3V The OCDS2 signals are connected to the SAMTEC HighSpeed plug X502 They also work with the port supply of 3 3V The clock signal for OCDS1 and OCDS2 is always TRCLK this clock must be enabled by software for using this clock User s Manual 4 3 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual Information 4 12 2 Board Wiggler The On Board Wiggler is used to connect a PC to the TriBoard OCDS1 via the 5V parallel port The Wiggler can be enabled or disabled by setting the jumper JP501 see Table 5 4 Jumper for On Board Wiggler
28. User s Manual V 3 1 January 2005 1 1796 Hardware Manual 1796 3090 Microcontrollers Never stop thinking Edition 2005 01 Published by Infineon Technologies AG St Martin Strasse 53 D 81541 M nchen Germany Infineon Technologies AG 2005 All Rights Reserved Attention please The information herein is given to describe certain components and shall not be considered as warranted characteristics Terms of delivery and rights to technical change reserved We hereby disclaim any and all warranties including but not limited to warranties of non infringement regarding circuits descriptions and charts stated herein Infineon Technologies is an approved CECC manufacturer Information For further information on technology delivery terms and conditions and prices please contact your nearest Infineon Technologies Office in Germany or our Infineon Technologies Representatives worldwide see address list Warnings Due to technical requirements components may contain dangerous substances For information on the types in question please contact your nearest Infineon Technologies Office Infineon Technologies Components may only be used in life support devices or systems 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 of that devi
29. as slave OxD4000000 1 reserved don t use this combination 1000 go to external emulator space 0 0 000000 0000 put chip in tristate deep sleep all others reserved don t use this combination 5 2 SW Boot Configuration The TC1796 has 16 inputs Port 0 which are latched with the HRST signal This latched value can be used as SW configuration On the Bottomside see Figure 9 12 from the TriBoard exist two Dipswitches which can be used for SW configuration The Dipswitches connect the port inputs to ground via 1k resistor The port has internal pullups If the Dipswitch is closed the the corresponding bit is low otherwise high The following inputs are used by the bootrom software and should be used carefully P0 0 2 are used by the Alternate Bootmode for selecting the Bootstraploader in case of not usable Alternate Boot oO User s Manual 5 2 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual TriBoard Configuration 4 is used to disable flash accesses in the bootrom In case of not functional flash of device make sure that switch 5 of 5401 is ON Normally this switch should be OFF Is this switch is ON then the internal flash is not usable Hefer to Users Manual TC1796 for more information All other pins can be used by your own software 5 3 Clock Selection The resulting CPU clock is N cpuCLK PK fosc without Bypass
30. ce 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 itis reasonable to assume that the health of the user or other persons may be endangered User s Manual V 3 1 January 2005 1 1796 Hardware Manual 1796 300 TriBoard oes Evalboard Microcontrollers Infineon chnol Never stop thinking TriBoard TC1796 Hardware Manual 1796 100 Revision History 2005 01 V 3 1 Previous Version Page Subjects major changes since last revision Controller Area Network CAN License of Robert Bosch GmbH 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 EZ Infineon TriBoard TC1796 technologies Hardware Manual Table of Contents Page 1 E 1 1 2 TriBoard Features 2 1 2 1 BOCK 9 99 Rc GCSE 87 2 2 2 2 Placement 2 9 3 Getting Started 3 1 31 Install the Tasking EDE Software 3 1
31. ction 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 architecture 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 OCDS2 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 setup of the and the installation of the development software tool chain User s Manual 1 1 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Introduction User s Manual 1 2 V 3 1 2005 01 Infineon TriBoard TC1796 INFINEON Hardware Manual TriBoard Features 2 TriBoard Features e CPU C1796 TriCore MEMORY Burst FLASH up to 16 MBytes default 4 MBytes asynchronous SRAM up to 1MBytes default optional synchronous SRAM up to 8 MBytes CLOCK Crystal 20MHz default Oscillator or External Clock INTERFACE DB9 for RS2
32. gnals 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 BRK IN TriCore Breakpoint Input BYPASS Bypass PLL BRK OUT TriCore Breakpoint Output BRKPT O 2 TriCore Breakpoint TR5 7 STATUSIO 4 TriCore Status TRO 4 IND PCIO 7 TriCore Indirect Program Counter TR8 15 Table 7 8 Peripheral Signals Short Name Description RXDO Heceive Data ASCO RXDO EXT Receive Data ASCO see Table 5 3 TXD1 Transmit Data ASC1 RXD1 EXT Receive Data ASC1 see Table 5 3 SCLKO Clock Line SSCO MRSTO Master Receive Slave Transmit SSCO MTSRO Master Transmit Slave Receive SSCO SLSIO Slave Select Inout SSCO SLSOO Slave Select Output 0 55 0 51501 olave Select Output 1 55 0 SCLK1 Clock Line 5501 MRST1 Master Receive Slave Transmit SSC1 MTSR1 Master Transmit Slave Receive SSC1 SLSI1 Slave Select Input SSC1 SLSO 2 7 Slave Select Output 2 7 User s Manual 7 3 V 3 1 2005 01 Infineon technologies Table 7 8 TXCANO RXCANO 1 RXCAN1 TXCAN2 RXCAN2 TXCAN3 GPTUA 0 55 0 15 1 12 15 0 43 ADOEMUXT O 1 AD1EMUXT O 1 FCLPOA FCLNO SOPOA SONO ENOO SDIO FCLP1A SOP1A SON1 EN10 SDI1 RCLKO RREADYO RVALIDO RDATAO TCLKO User s Manual TriBoard TC1796 Hardware Manual Signal Descript
33. ion Peripheral Signals CAN Transmitter Output 0 CAN Receiver Input 0 CAN Transmitter Output 1 CAN Receiver Input 1 CAN Transmitter Output 2 CAN Receiver Input 2 CAN Transmitter Output 3 CAN Receiver Input 3 General Purpose Timer Array General Purpose Port 0 SWOPT General Purpose I O Port 1 12 1 15 Analog Inputs ADCO External Multiplexer Control ADC1 External Multiplexer Control MSCO differential driver clock output positive MSCO differential driver clock output negative MSCO differential driver serial data output positive A MSCO differential driver serial data output negative MSCO device select output 0 MSCO serial data input differential driver clock output positive A MSC1 differential driver clock output negative differential driver serial data output positive A MSC1 differential driver serial data output negative MSC1 device select output 0 MSC1 serial data input MLIO receive channel clock MLIO receive channel ready output MLIO receive channel valid input MLIO receive channel data input MLIO transmit channel clock 7 4 3 1 2005 01 Infin n TriBoard TC1796 Hardware Manual Signal Description Table 7 8 Peripheral Signals TREADYO MLIO transmit channel ready input TVALIDO MLIO transmit channel valid output TDATAO MLIO transmit channel data output 1010 3 General Purpose Port 10 used as HWCFG User s Manual 7 5 V 3 1 2005 01 TriB
34. llup on chip select the device default open Table 5 8 Resistors for other 16 bit flash 215 use CSO default open R216 use CS1 default open R217 pullup on chip select the device default open Table 5 9 Resistors for asynchronous SRAM 122 use CSO default open R121 use CS1 default short R123 pullup on chip select the device default open Table 5 10 Resistors for synchronous SRAM R125 use CSO default open R124 use CS1 default open R126 pullup on chip select the device default open User s Manual 5 5 TriBoard TC1796 Hardware Manual TriBoard Configuration V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual TriBoard Configuration User s Manual 5 6 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual TriBoard Software 6 TriBoard Software 6 1 Requirements To install the software from your TriBoard CD you need a PC with Windows95 98 ME WindowsNT4 0 or Windows 2000 6 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 directory Schematics contains libraries and some examples of extension boards in the Protel file format The data
35. ly with Windows NT4 00 and Windows 2000 3 3 Starting a New Tasking EDE gt Project This section will be filled at the next release of TriBoard Manual for TC1796 User s Manual 3 1 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Getting Started User s Manual 3 2 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual TriBoard Information 4 TriBoard Information 4 1 Power Supply The Board has to be connected to a 5 5V to 60V DC power supply The TriBoard generates internally 3 3V 1 5V optional 2 5V for the bussystem and 5V The power consumption is not specified yet but a supply with 7 and 500mA should be sufficient The pinout for the supply connector is shown in Figure 8 5 There can be used any standard power pack with a connector where the positive line is surrounded by the ground line Applying a stable supply voltage causes the power on reset after a short period The four LED s 5V 3 3V 2 5V 1 5V indicate the status of the on board generated voltage if the LEDs are assembled A manual reset is executed by pressing the reset button 4 2 Clock There are three possibilities to apply the CPU clock Large oscillator circuit DIP 14 e Small oscillator circuit DIP8 Crystal oscillator default External clock generator Thecrystal oscillator and the oscillator circuit use the socket XT301 It s possible to apply a 14pol DIP oscillator package or an 8pol D
36. oard TC1796 Infineon Hardware Manual Signal Description User s Manual 7 6 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual Connector Pin Assignment 8 Connector Pin Assignment The TriBoard will be shipped with four male plug connectors on top layer and four female socket connectors on bottom layer The default connectors are 80 pol Board to Board connectors from Samtec http www samtec com Plug Socket FISH 140 02 L DV ES AFLE 140 01 G DV A Alternative there can be used the Board to Board System from Robinson Nugent htto www robinsonnugent com Plug Socket P50L 80P AS TGFP50L 80S AS TGF User s Manual 8 1 V 3 1 2005 01 Infineon technologies 8 1 TC1796 Connector Top View BUS EXPANSION 801 901 GND GND GND GND DO D1 A1 D2 A2 D3 A3 04 D5 06 07 AT D8 8 D9 AQ D10 A10 D11 A11 D12 A12 D13 A13 D14 14 D15 A15 D16 A16 D17 17 D18 A18 D19 A19 D20 A20 D21 A21 D22 A22 D23 A23 D24 D25 D26 CS2 D27 CS1 D28 50 D29 2 D31 1 RD BCO WR CSCOMB MRIW HLDA HOLD CS3 TriBoard TC1796 Hardware Manual Connector Pin Assignment Figure 81 Connector for TC1796 Pinout Part I Top View User s Manual PERIPHERALS X802 X902 GND GND GND GND IN VCC IN VCC IN VCC IN ADV BAA BFCLKO BCK 5 BCK NMI HDRST 0500 0501 GND GND P0 6 PORST 7
37. on Page 5 4 and Figure 9 11 User s Manual 4 4 V 3 1 2005 01 Infineon TriBoard TC1796 technologies Hardware Manual TriBoard Configuration 5 TriBoard Configuration 5 1 HW Boot Configuration Figure 5 1 HW Configuration 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 5 1 Note The ON position of the switch is equal to a logical LOW at the dedicated pin User s Manual 5 1 V 3 1 2005 01 o Infineon TriBoard TC1796 technologies Hardware Manual TriBoard Configuration 5 1 1 TC1796 HW Boot Configuration Table 5 1 HW Boot Configuration for TC1796 Note The shadowed line indicates the default setting Note represents the don t care state Note The signal BRK will be set by the Debugger via OCDS Interface IN HWCFG 3 0 Type of Boot PC Start value 0000 serial boot from ASC to PMI OxD4000000 scratchpad run loaded program 0001 Serial boot from CAN to OxD4000000 scratchpad run loaded program 0010 otart from internal flash 0000000 0011 Alternate Bootmode from internal flash from Header or OxD4000000 0100 External memory EBU as master OxA1000000 0101 Alternate Bootmode from External from Header or memory EBU as master OxD4000000 0110 External memory EBU as slave 1000000 0111 Alternate Bootmode from External from Header or memory EBU
38. out Schematic Know bugs and problems on the TriBoard TC1796 300 e First devices need higher core supply 1 7V Solution Assemble 15K for R715 This is done on each TriBoard For 1 5V core supply assemble R715 with 8 2K resistor e For using TriBoard with an Emulation Device please check change the following 1 Remove 526 and 527 if not OR resistors and assemble resistors For A Step only Remove R525 For B Step only Remove 3 3V connection on R525 and connect R525 to A W N O ON 01 Remove D502 and or D503 if assembled EP1_10 X503 pin 20 Remove XT501 if assembled Remove R529 if assembled Assemble R530 with OR resistor if not assembled Remove R531 if assembled For A Step only Assemble R528 with OR resistor if not assembled 0 For B Step only Remove R528 if assembled connect ETESTCNTRL and 1 5 connect pin 31 and 33 of X503 User s Manual 9 1 V 3 1 2005 01 TriBoard TC1796 Hardware Manual technologies Schematic and Layout Infineon Technologies AG AI MC MA TM Thomasiusplatz Tel 49 89 234 0 D 81541 Munich TriBoard TC1796 Project Sheet 10 of 10 Figure 91 Schematic Project User s Manual 9 2 V 3 1 2005 01 01 V 3 1 2005 9 3 Schematic Bussystem and SRAM 5 o
39. s Manual 2 3 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual TriBoard Features User s Manual 2 4 V 3 1 2005 01 TriBoard TC1796 Infineon Hardware Manual Getting Started 3 Getting Started This section provides a basic understanding of how to upload a program to the TriBoard and run the debugger In this example the software from Tasking Version 1 5r1 or higher will be used to explain the first steps The needed driver for debugging runs only with WindowsNT 4 00 and Windows 2000 To install the driver you need Power User or Administrator rights because editing of the registry is required 3 1 Install the Tasking EDE Software A demo of the Tasking Software can be found in the WWW under the URL http www tasking com Insert your Tasking CD on your CD drive and start Setup exe if the program is not executed automatic then change to your CD drive and start Setup exe manually or download a demo from the Tasking website and start Setup exe and follow the instructions 3 2 Install the Driver for Debugging The Driver is located in the Tools Driver directory Start Reg JTAGdrv exe Now copy all subdirectories from ToolsWDriverTaskingV to your Tasking folder The default location of the Tasking files is CACTriV files with the same name should be overwritten The file ReadMe txt in this directory contains some additional informations The driver works with on
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