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1. should be set to input Technical Manual page 7 Subject to change without further notice GAMMA instabus Release December 2011 K oean 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 5WG1 184 8AA_1 Pin uC pin number uC pin alternate BIM pin BIM pin TQFP name function number function Initialisation mee ADC ADC ADC ADC TI51 TOS INT HS OS OS P70 keo B5 ft 28 P71 KR1 A6 lO1 mode Remark P2 0 to P2 7 should be set to input P2 0 to P2 7 should be set to input P2 0 to P2 7 should be set to input P2 0 to P2 7 should be set to input INPUT INPUT Dedicated for system function LED Dedicated for system function BUTTON Initialisation abbreviations OS operating system pin is initialised by the system at system startup PWR power pins used for supply voltage HS Handshake pins are initialised at call of handshake API FT12 pins are initialised at call of the FT1 2 API ADC pins are initialised at call of the ADC API SPI pins are initialised at call of the SPI API Technical Manual pages 10 Siemens AG 2011 Subject to change without further notice page 8 Siemens AG Infrastructure and Cities Sector Building Technologies Control Products and Systems P O Box 10 09 53 D 93009 Regensburg GAMMA instabus Release December 2011 Beene 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 SWG1 184 8AA_1 Software The microcontroller contains2. connect through 1k resistor Reset TPRESET GND GND Table 1 Connection for the PG FP4 The Device is usually powered through the TP UART during the programming phase Set the PG FP4 or PG FP5 to On Target and VDD monitoring Please check for problems with any application hardware connected to processor pins used during programming For more information about in system programming see User Manual PG FP4 or PG FP5 3 Siemens AG pages 10 Technical Manual Infrastructure and Cities Sector Building Technologies Control Products and Systems Siemens AG 2011 page 9 P O Box 10 09 53 Subject to change without further notice D 93009 Regensburg GAMMA instabus Release December 2011 K oeae 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 5WG1 184 8AA_1 Devices 78F0534A 78F0535A and 78F0537A The newer devices 78F0534A 78F0535A or 78F0537A are also be used No recompilation or modifications on existing programs are needed If programming the chip with PG FP4 or PG FP5 it is necessary to change the chip configuration file to enable the communication of the programmer with the microcontroller See documentation of the flash programmer for further details It is not recommended to use the extended features of the A types to ensure compatibility with none A types Bibliography 1 EIB TP UART IC Siemens Release December 201 1 2 78K0 Kx2 User s Manual Renesas Electronics RO1 UHOOO8EJ0401 3 User Manual PG
3. 40 PCLINTPS F P33 T51 TO51 NTP4 P141 BUZ INTP7 3 pdateDate 0711129 D2 rerasaron upata Time 17 58 00 Q 1E1207 Siemens AG Chpset example Regensburg A G Rex Wein ES a Cut Dayan momen chipset lt a Siemens AG Infrastructure and Cities Sector Building Technologies P O Box 10 09 53 D 93009 Regensburg Control Products and Systems pages 10 Siemens AG 2011 Subject to change without further notice Technical Manual page 4 GAMMA instabus Release December 2011 K Roeser 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 5WG1 184 8AA_1 Partlist Reference Component Type Value Remarks C2 Capacitor 6u8F 6 3V 20 Electrolytic 16V 20 Electrolytic Value C3 Capacitor 470uF depends on desired save time C4 C10 Capacitor 47nF 5OV 5 Ceramic C6 C7 Capacitor 12p Ceramic C8 Capacitor 470nF Ceramic see 2 C1 C5 Capacitor 10nF 50V 10 Ceramic C1 C12 Capacitor 10nF Ceramic C9 Capacitor 100n Ceramic D1 IC TP UART IC KNX D2 IC Processor Q 9 8304MHz JXG75P2 12pF 30 30 or 9 8304MHz JXG75P2 12 30 50 G1 Crystal 9830400Hz T1 LF H1 LED LST67K B82793 L1 Choke 4 7MH R1 Resistor 2K R2 R3 Resistor 47K R4 Resistor 68R 5 1W R5 Resistor 100K S1 Push Button KSC341J a Supressor Manufacturer General V1 Diode SMAJ43CA Semiconductor Rectifier Fast rectifier Manufacturer Vishay V2 Diode BYG21M Temic See TP UART Datasheet 1 for more information on the TP UART basic schematic Siemens
4. 53 D 93009 Regensburg GAMMA instabus Release December 2011 K Roeser 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 5WG1 184 8AA_1 Pin number TQFP uC pin alternate function P122 uC pin name BIM pin Functio number alit Initialisation Intitialisation mode Remark Connected to XTAL _ ee 7 P124 XT2 57 P130 a Lo NC NC NC TP_CLK NC P140 PCL INTP6 P141 BUZ INTP7 Microcontroller ports available for application BIM pin BIM pin number function initialisation HS 61 P01 moomoo B6 cs 60 59 Pin number TQFP uC pin alternate function uC pin name crystal with 9803400Hz OUT 0 OUTO Connected to OUT CLK TPUART Intitialisation mode Remark OQUT RTS INPUT E all POUT CLK 46 FOUT TXD 45 P11 SI10 RxDO D4 RXD FT12 HS SPI INPUT RXD ISP programming through 44 P12 S010 C3 CLK SPI INPUT SO10 P16 ToHwintes D6 Pwmi__ C 40 a eir roro ano Em p 56 P P P 17 20 AO 21 Al BS l l Siemens AG Infrastructure and Cities Sector Building Technologies Control Products and Systems P O Box 10 09 53 D 93009 Regensburg 53 pages 10 Siemens AG 2011 OUTPUT si OUTPUT o Connection OUTPUT to FLMDO P2 0 to P2 7 INPUT should be set to input INPUT INPUT P2 0 to P2 7 should be set to input P2 0 to P2 7 should be set to input P2 0 to P2 7
5. AG pages 10 Technical Manual Infrastructure and Cities Sector Building Technologies Control Products and Systems Siemens AG 2011 page 5 P O Box 10 09 53 D 93009 Regensburg Subject to change without further notice GAMMA instabus Release December 2011 K oean 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 5WG1 184 8AA_1 Microcontroller ports for internal connections ame uCp mae se ete on number uC pin alternate BIM pin Functio Intitialisation TQFP name function number alit Initialisation mode Remark a e dee O e 47 AVREF VCC PWR converter PWR E Se saved 16 EVDD VCC PWR is not VCC D2 GND PWR C re 9 FLMDO r _ FLMDO i eC P0O5 ss111 T10001 NC OS OUTO 30 Po6 tortor nc JOS OUTO m feo s vo RE 43 P13 TxD6 TP_DIN OS TXD TPUART m ee aa roar lon ao RES 42 P14 RxD6 TP_DOUT OS RXD TPUART Connected to 38 P30 INTP1 TP_SAVE OS INPUT TPUART Connected with 33 P31 INTP2 NC OS SYSINIT resistor to GND P3 2 should not 32 P32 INTP3 NC OS OUT 0 be used OCD 5 15 VDD VCC PWR VSS PWR P120 inTPo O 11 P121 X1 Crystal OS Technical Manual pages 10 page 6 Siemens AG 2011 Subject to change without further notice Connected to 470nF capacitor for regulator On BIM VCCINT is not VCC D2 OUT Connected to crystal with XTAL 9803400Hz Siemens AG Infrastructure and Cities Sector Building Technologies Control Products and Systems P O Box 10 09
6. FP4 Renesas Electronics U15260EE3V1UMO0 User Manual PG FP5 Renesas Electronics R20UTOO08EJ0400 Technical Manual pages 10 Siemens AG Infrastructure and Cities Sector Building Technologies page 10 Siemens AG 2011 Control Products and Systems Subject to change without further notice P O Box 10 09 53 D 93009 Regensburg
7. SIEMENS GAMMA instabus OEM Product Catalogue Release December 2011 KNX Processor 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 5WG1 184 8AA_1 TECHNICAL DATA Oramrnon Features e KNX Bus Processor for use on the application PCB for high volume production NC vcc e Renesas 78K0 Kx2 microcontroller NC TXD on eee contains the KNX System 2 5 stack RESET TP_DOUT ee or aN o Processor to be connected to TPUART FLMDO Srmpo PEI Physical External Interface 8 A D X1 TP_SAVE REGC NC converter inputs one 8 bit I O port and two GND NC Vece enc PW Ms for application available VCC NC e User Flash memory e User RAM e KNX certified stack e Lead Pb free device Description The Renesas 78K0 Kx2 microcontroller family provides state of the art flash memory technology This enables the application designer to utilize a modern tool chain including debug tools leading to shorter software development times The application interface includes the PEI Reset two PWMs 8 A D converter ports and one 8 bit processor port Additional pins to connect the external programming button and LED are available The KNX Processor contains the KNX certified System 2 5 stack Siemens AG pages 10 Technical Manual Infrastructure and Cities Sector Building Technologies Control Products and Systems Siemens AG 2011 page 1 P O Box 10 09 53 Subject to change without further notice D 93009 Regensburg GAMMA inst
8. a KNX certified System 2 stack in flash memory An application program may be loaded via the bus The development environment supports application software to be written in the C programming language Note that application code written for 68HCO5B6 and 68BHCO5BE12 cannot be used on this processor The available Flash and RAM space for the application program in the different processors are 5WG1 184 4AA01 8 kbyte flash and 200 byte application and object ram 5WG1 184 4AA11 16 kbyte flash and 1 2 kbyte application and object ram 5WG1 184 4AA21 48 kbyte flash banked and 5 2 kbyte application and object ram Note The necessary space for code with same functionality as in 6HCO5B6 or 6BHCO5BE12 may vary because a microcontroller with a new architecture is used and the programming language is C instead of assembler Programming methods of the microcontroller The microcontroller is shipped with the operation system programmed There are two ways to transfer the application to the processor First you can use the KNX bus to load the application after manufacturing Second the application can be programmed through the ISP interface of the processor during manufacturing The PG FP4 or PG FP5 device from Renesas Electronics can be used to program the chipset PG FP4 16 pin connector Target hardware Remark function Signal VCC VCC Used for reference by the PG FP4 or PG FPS SCK TxD P10 SCK10 SI CLK P12 S010 SO RxD P11 S110 FLMDO FLMDO
9. abus Release December 2011 E Roe 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 5WG1 184 8AA_1 Order Numbers Device Order Number 78F0534 2 5 5WG1 184 8AA01 8 kbytes 200 bytes 78F0535 2 5 5WG1 184 8AA11 16 kbytes 1 2 kbytes 78F0537 2 5 5WG1 184 8AA21 48kbytes 5 2 kbytes Technical data of the controller e CPU Renesas 78K0 KE2 e 8 Bit A D converter API e Two 8 Bit pulse length modulator PLM PWM e Serial asynchronous communication e Serial synchronous communication in software e Input capture interrupt available e Output compare interrupt available e Application watch dog e One 8 bit timer e One 16 bit timer Technical Manual pages 10 Siemens AG Infrastructure and Cities Sector Building Technologies page 2 Siemens AG 2011 Control Products and Systems Subject to change without further notice P O Box 10 09 53 D 93009 Regensburg GAMMA instabus Release December 2011 preset 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 SWG1 184 8AA_1 Interface block diagram GND VCC i TP CLK Bus TP_DOUT ORS aus UART RESET 100 101 102 103 104 105 106 107 PWMO PWM1 RTS CTS TXD RXD CLK 108 ANIO ANI ANI2 ANI3 ANI4 ANI5 ANI6 ANI o Hp LED we BUTTON Programming VSP RESET Siemens AG pages 10 Technical Manual Infrastructure and Cities Sector Building Technologies Control Products and Systems Siemens AG 2011 page 3 P O Box 10 09 53 Subject to change without furt
10. her notice D 93009 Regensburg SWG1 184 8AA_1 KNX Processor 78F0534 2 5 78F0535 2 5 and 78F0537 2 5 Release December 2011 GAMMA instabus NP RESET MP SNEK TP DOUT S E f L po Ror PINy a z RES TSTOUT W i VIF X z TSTIN_BDS XI TPK yy a SAVE TESTMODE 5 DIV MODE 2 vec MODEO CSA RXIN z VSP TXO g VB VB z8 5 1 S i Huar os gf o CONTROLLER Q a E vss AVREF AVSS S pe EVDD Ess EVSS Q F l c8 F REGC E nF Gp m FLMDO Par we pm TF ak Pag amd ae T Xi Pat Oo E JXG75 yo P42 5S C J 9 8304MHz x P43 F 1 m as RESET P50 2 F a KTP RESET ih 3E PoovTiogo P52 ry 53 POt TIO107T000 P53 P0218011 POSSI PBO SCLO mer POAISCKTH P61 SDAO J o POSISSI T1001 PADIEXSCLO O PO6 TI011 T001 P63 PAOISCKTOTxDO P7Q KRO o we P11 S110 RxD0 PTHKRI YL A vai P1218010 PTQIKR2 _ gs 1e TP DOUT P13 TxD6 P73 KR3 o F M P14 RXDE P7AIKR4 ER P15TOH0 PTSIKRS ZE FDD P 6 TOH INTP5 P7G KR8 ae lt P17 TI50 TO50 PTTIKRT E P SAVE lt ge wit P3Q INTPI PA20VINTPO 83 O PE GND P31 INTP2 P130 amp a P32 INTP3 P1
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