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1. 1 BBF2004 _ BBF2004 MB 2 BBF2004 24 BBF2004 64CL NB ICE 16 FMC 16LX MCU
2. 211 8588 4 1 1 044 754 2128 FAX 044 754 2174 SERIAL COMMUNICATION SETUP DO seres BBF2004 64CL NB Preface Thank you very much for buying the BBF2004 series product This instruction manual explains the method to set up serial communication to be used in supporting the development of a system using an MCU with a built in Flash memory of Fujitsu 16 bit micro controller FMC 16LX family Read this instruction manual carefully before starting the development with serial communication Also keep this manual for use in the future Contents Preacee o TI IO1RIMEMddI Z 8 Contents 8 Important fems _ _ 9 1 Outline ________ 9 2 Notes on Use 9 3 Serial Writing 10 3 1 Installation of MCU on Daughter Board 10 3 2 Setting for Serial Writing 10 3 2 1 Setting for PC YDC writer switchove _ 10 3 2 2 Setting for MCU ser
3. CAN alr CAN D SUB CNS can Ea ee 124 5 LIN CAN LIN MCU LIN Tx Rx NSP Master node LM Slave node alal Tx LIN LIN BAT GND ili 5 1 TJSP asly yi LIN BAT GND ue ROOM 2 BAT GND SHUT
4. i T HQPACK064SB140 3 1 MCU I IC MCU MCU ee a I MCU MCU IC NST 3 1 4 NST MCU HQPACKO064SB140 8 1 PC 3 2 SW3 7 8 Be ON 3 SW 1 PC YDC 2 MCU 3 MCU P SIN P SOT 3 2 1 PC YDC
5. missa SW3 9 10 OO b mas HE 2004 64CL NB 3 MB90F352 S C CS SW3 SW3 SW3 4 8 16MHz ai FP a D SD P SW3 9 OFF Ser cin TE SW3 10 OFF i i f 5 a Job ape Coll me Di mm b r a el PXO Colo PXO sert m PX0 Semi ig 5 10 20MHz PX1 PX1 med BE PX1 ar bE SW3 D 9 Be ON SW3 10 OFF PXO lm PXO 2 PX0 8 6 PX1 EME PX1 IENE PX1 EE 3 5 3 6 3 7 2 YDC 16MHz SW3 9 OFF SW3 10 ON 3 4 CAN CAN Tx Rx
6. IC MCU MCU MCU 2 MCU MCU PC PC YDC MCU YDC MCU YDC PC YDC
7. MCU 1 2 3 MCU MDO MD2 SW3 MDO0 MD2 CPU BBF2004 SERIES 4 4 XXX 2004 64CL NB 3 A i A A DR 1
8. MCU 1 PC YDC SW3 7 8 YDC 3 8 3 3 SW3 7 8 OFF EK3 2 3 2 2 MCU MCU MD 2 H MD1 H MDO VU SW3 1 3 PC YDC SW3 1 OFF 2 3 ON 43 4 SW3 MDO095 BM bP i sv sul MD1 P 3 2 3 MCU MD2 MCU JE SW3 9 10 boo PXO PX1
9. 1 2 3 4 1 MCU MCU CAN LIN MCU CPU BBF2004 SERIES
10. 1 To set a jumper wire or DIP switch turn off the power of this board and that of the peripheral debugging device 2 Remove all jumper wires not to be used for setting 3 After serial writing operation is finished cancel the settings of the jumper wire and DIP switch that are set for that serial writing Then use DIP switch SW3 on the main board to set Operation mode specification pins MDO to MD2 to the operation mode of the MCU to be used For details on setting pins MDO to MD2 refer to Using this Board in Item 4 in CPU Evaluation Board Instruction manual BBF2004 SERIES For details on the operation mode contact Fujitsu Limited 4 XXX in this instruction manual indicates a silk print character on the daughter board 2004 64CL NB 10 3 Serial Writing AWarning 1 Do not connect the MCU to the IC socket or disconnect it from that socket with the power of this board turned on otherwise the host computer this board peripheral debugging device or MCU may be destroyed or emit smoke or catch fire The user programs being evaluated may also be destroyed 2 Be very careful about the direction in which the MCU is mounted If the direction is incorrect the MCU this board or peripheral debugging device may be destroyed or emit smoke or catch fire By using this board and a Fujitsu PC serial writer hereinafter called the PC writer or Yokogawa Digital Computer serial writer hereinafter called the YDC writ
11. Kawasaki Tokyo 211 8588 Japan Phone 81 44 754 2181 FAX 81 44 754 2714 Sunhayato 2007 8 28 MNL BBF2004 64CL NB Rev 1 2
12. Use this board correctly for this purpose Do not use it for other purposes Constraints This board is manufactured to support the development Do not use it as the built in board for a device Also do not use it for the following development purposes 1 For life related and medical devices 2 For nuclear power development devices 3 For aircraft device development 4 For space development devices Any customer who considers the use of this board for any of the above purposes should contact Research and Development Div of the company in advance Change in product To improve the product its design and specifications and the contents of the instruction manual may be revised without prior notice 1 Outline This instruction manual explains the setting method used in evaluating serial writing and CAN LIN communication with the MCU with the built in Flash memory on the daughter board The setting method depends on the MCU to be used Read this instruction manual carefully and make the setting correctly For details on setting items and operation methods other than explained above refer to CPU Evaluation Board Instruction manual BBF2004 SERIES that comes up with the main board 2 Notes on Use Before making serial communication with this board read the following notes carefully and understand them well If this board is used incorrectly the MCU peripheral debugging device this board or user programs may be destroyed
13. SERIAL COMMUNICATION SETUP INSTRUCTION MANUAL BEF OG seres BBF2004 64CL NB BBF2004 16 FMC 16LX MCU 1 2 3 3 1 MCU 32 3 2 1 PC YDC 3 2 2 MCU 3 2 3 MCU 4 CAN 5 LIN O 0 Q silSLS PAPA HPO WO WND MD
14. TSO LIN 10mA LINA RREZ Can MB90350 LIN NSP MCU RATE P1 1 33 LIN 5 1 P11 H OR LIN 2004 64CL NB T 170 0005 3 40 1 03 595 1 4821 FAX 03 5985 7667 E mail bba sunhayato co jp 183 8540 1 9 1 042 333 6245 FAX 042 352 6107 PC
15. er serial writing to the on board MCU is enabled When the YDC writer is used the power can be supplied to the MCU from the main board but not from the YDC For information about the PC writer contact Fujitsu Limited For information about the YDC writer contact Yokogawa Digital Computer Corporation 3 1 Installation of MCU on Daughter Board When the MCU is mounted on the IC socket confirm that the MCU pins are straight Then mount the MCU on IC socket NS1 with the MCU No 1 pin to the No 1 pin mark on the daughter board Figure 3 1 Use HQPACK064SB140 Tokyo Eletech Corporation as an MCU mounting cover The company sells this cover 3 2 Setting for Serial Writing For serial writing the following three settings are required Make these settings correctly for the writing method to be used 1 Setting for PC YDC writer switchover 2 Setting for MCU serial writing mode 3 Setting for MCU writing program starting pins 3 2 1 Setting for PC YDC writer switchover Because the serial communication line for the MCU with t he built in Flash memory on this board is a single system the PC or YDC writer should be selected Set No 7 and No 8 of DIP Switch SW3 on the main board appropriately for the writer to be used Figure 3 2 3 3 3 2 2 Setting for MCU serial writing mode To put the MCU in serial writing mode MD2 H MD1 H MDO L set No 1 to No 3 of DIP Switch SW3 on the main board Common to PC and YDC writers S
16. et No 1 of SW3 to OFF and No 2 and No 3 of SW3 to ON Figure 3 4 3 2 3 Setting for MCU writing program starting pins Set No 9 and No 10 of DIP Switch SW3 writing program starting pins on the main board appropriately for the MCU and writer to be used Connect jumper pins PX0 and PX1 on the main board with a jumper wire to enable No 9 and No 10 of DIP Switch SW3 2004 64CL NB f HQPACKO64SB140 Mmm hi GJ MCU Figure 3 1 When PC writer is used Set No 7 and No 8 of DIP Switch SW3 to ON SW3 Cs ST se gt OD ceo Y SIN SN Y SOT CE e P SIN P SOT HHIIHHIIHHH eC Figure 3 2 When YDC writer is used Set No 7 and No 8 of DIP Switch SW3 to OFF SW3 C be fH LT LT QUA Y SIN OF P SIN Y SOTEPET P SOT L H Figure 3 3 Figure 3 4 3 Serial Writing MB90F352 S C CS 1 Writing with PC writer When oscillator frequency is 4 8 16 MHz Set No 9 of SW3 to OFF Set No 10 of SW3 to OFF Figure 3 5 When oscillator frequency is 5 10 20 MHz Set No 9 of SW3 to ON Set No 10 of SW3 to OFF Figure 3 6 PXO 2 8 PX1 2 Writing with YDC w
17. ial writing mode 10 3 2 3 Setting for MCU writing program starting pins 10 4 CAN Communication 11 5 LIN Communication 11 Support 12 List of contact windows for inquiries 12 Important Items Before using this board read this instruction manual carefully and understand its contents Keep this instruction manual and when you encounter a problem while using this board read it again What this board is This board is one of the following products manufactured by Sunhayato Corporation hereinafter called the company 1 BBF2004 main board hereinafter called the main board Type No BBF2004 MB 2 BBF2004 daughter board hereinafter called the daughter board Type No BBF2004 64CL NB The customer s host computer dedicated emulator ICE serial writer and cables are not included Application of this board This board supports the development of a system by using Fujitsu 16 bit micro controller FEMC 16LX family MCU
18. rent consumption of the LIN transceiver is 10 mA or less MB90350 series Connect jumper pin NSP on the daughter board with a jumper wire to control the LIN transceiver on the daughter board with MCU port P11 No 33 pin When the port P11 output is H LIN communication becomes possible In case of the master node connect jumper pin LM with a jumper wire wa Tx LIN w Rx a mlNSP BOD F LIN communication pin Power supply for the LIN transceiver 12 Power supply for the LIN transceiver GND Figure 5 1 2004 64CL NB 11 Support For the serial communication settings of this board and other technical inquiries contact the company s Research and Development Div List of contact windows EE Research and Development Div Sunhayato Corp 3 40 1 Minami Otsuka Toshima ku Tokyo 170 0005 Japan Phone 81 3 5951 4821 direct FAX 81 3 5985 7667 E mail bbq sunhayato co jp Contact window for inquires about Yokogawa Digital Computer Corporation serial writer Support Center Instrument Bussiness Div Yokogawa Digital Computer Corporation Keio Fuchu 1 Chome Building 1 9 Fuchu cho Fuchu shi Tokyo 183 8540 Japan Phone 81 42 333 6245 FAX 81 42 352 6107 Contact window for inquires about PC serial writer System Engineering Dept System Micro Div Electronic Devices Business Unit Fujitsu Limited 1 1 Kamikodanaka 4 chome Nakahara ku
19. riter Figure 3 5 When oscillator frequency is 4 to 16 MHz Set No 9 of SW3 to OFF Set No 10 of SW3 to ON Figure 3 7 4 CAN Communication PXO PX1 PXO PX1 E Figure 3 6 HHIHIHHHIHHIH When CAN communication is performed connect jumper pins Tx and Rx on the daughter board with a jumper wire This connection enables CAN communication Use CN5 on the daughter board as the D SUB connector for CAN communication 5 LIN Communication PXO Som BE PX1 PXI PXO n ITTTTTUTTTIN Figure 3 7 Connector for the CAN Communication Figure 4 1 Be very careful not to incorrectly supply the power to the LIN transceiver otherwise the MCU host computer this board or peripheral debugging device may be destroyed or emit smoke or catch fire When LIN communication is performed connect jumper pins Tx Rx and NSP on the daughter board with a jumper wire In case fo the master node connect jumper pin LM with a jumper wire In case of the slave node don t connect jumper pin LM with a jumper wire Make necessary connections to LIN communication pins LIN BAT and GND on the daughter board Figure 5 1 Prepare the power supply stabilized power supply to BAT and GND The cur

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