M-78F0714 Renesas Electronics America, M-78F0714 Datasheet

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... NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document valid Renesas Electronics document. We appreciate your understanding. Renesas Electronics website: http://www.renesas.com Issued by: Renesas Electronics Corporation (http://www ...

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... Renesas Electronics products are not subject to radiation resistance design. Please be sure to implement safety measures to guard them against the possibility of physical injury, and injury or damage caused by fire in the event of the failure of a Renesas Electronics product, such as safety design for hardware and software including but not limited to redundancy, fire control and malfunction prevention, appropriate treatment for aging degradation or any other appropriate measures ...

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... User’s Manual M-78F0714 Micro-Board for µPD78F0714 Microcontroller For Use with Motor Control I/O Interface Board Document No. U17707EU1V0UMU1 ©December 2005. NEC Electronics America, Inc. All rights reserved. ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller The information in this document is current as of December 2005. The information is subject to change without notice. For actual design-in, refer to the latest publications of NEC Electronics data sheets or data books, etc., for the most up- to-date specifications of NEC Electronics products. Not all products and/or types are available in every country. Please check with an NEC sales representative for availability and additional information ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller iii ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller Revision History Date Revision 12-2005 — iv Section Description — First release ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller Contents 1. Introduction.....................................................................................................................................1 2. SYSTEM SPECIFICATIONS .......................................................................................................2 2.1 Specifications of the µPD78F0714 Microcontroller ...........................................................................2 2.2 Specifications of the M-78F0714 Micro-Board ..................................................................................2 3. Hardware Features .........................................................................................................................3 3.1 Operating Modes...................................................................................................................................4 3.1.1 Demonstration Configuration ...................................................................................................4 3.1.2 Debugging Configuration .........................................................................................................4 3.2 Power Supply.........................................................................................................................................4 3.3 Reprogramming the MCU’s Flash Memory ......................................................................................4 3.4 Measuring Power Consumption of the µ ...

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... IO) to evaluate the MCU’s dedicated 3-phase motor control peripherals. The micro-board also may be used with a low-cost evaluation system called the M-Station (sold in the U.S. only), but this manual only describes configuration and operation of the M-78F0714 when used with the MC-IO board. ...

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... DC 64-pin, 12 × TQFP (µPD78F0714GK-9ET) Reference: µPD78F0714 User's Manual (U16928EJ1V0UD00) 2.2 Specifications of the M-78F0714 Micro-Board On-board 20 MHz main clock MCU I/O port connector that provides all I/O pins of the µPD78F0714 16-pin debugging and flash programming interface connector 10-pin QB-78K0MINI on-chip debugging interface connector Board size of 3.5 × ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller 3. Hardware Features Jumper Setting 2JP1 1–2 2JP5 2–6 3–5 2JP6 2–3 2JP8 2–3 2JP9 2–3 2JP10 2–3 2JP7 Open 2JP11 Open 2JP12 Open Figure 2. M-78F0714 Micro-Board Layout Default Jumper Settings Table 1. Function Description VDD_KX-VDD µD78F0714 V X1/X2 select ...

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... MCU’s on-chip flash memory for the purpose of evaluating the CPU and its on-chip peripheral functions. To configure for standalone operation, attach the M-78F0714 micro- board to the MC-IO board through the two 100-pin connectors. By default, the M-78F0714 micro-board is configured to operate in this mode, as shown in Table 1. ...

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... Setting Special Note: 2JP1 is a dedicated terminal connected to the V MCU power consumption can be measured accurately. Therefore, the M-78F0714 micro-board can remain connected to the MC-IO board during power measurement. Selected Power Source Connect with jumper: VDD_KX to VDD Connect with ampere meter: CPU current measurement pin of the µ ...

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... Note: The 16-pin flash programming interface header can also be used for debugging the program running on the M-78F0714 using the M-Station that is sold in the U.S. only. Some of the pin names shown in Figure 2 are dedicated for the M-Station interface. This manual only lists the interface signals for the PG-FP4-E flash programmer ...

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... Main Clock Selection Jumper A 20 MHz crystal oscillator (2Y2) is mounted on the M-78F0714 micro-board as the main clock. If desired, it can be removed and replaced by a different model. A Citizen HC49US Series quartz crystal oscillator that uses 18-picofarad (pF) biasing capacitors for a range of frequencies is recommended. ...

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... The 2JP5 should be left open when using the 10-pin connector, 2JP7, connecting to the on-chip debugging emulator, such as QB-78K0MINI. Setting Selected Main Clock Source Select X2 from M-78F0714 micro-board Select X1 from M-78F0714 micro-board Select X1_OSC from MC-IO board Open When using OCD connector 2JP7 Open When using clock from 2J1on the target system Note: For a driven clock, X1_OSC (X1_OSC from the MC-IO board connector 2P1) can be connected inserting a jumper on pin 1 to pin 2 while X2_OSC is open ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller 4.7 2SW1 Pushbutton Switch 2SW1 is a pushbutton switch. Pressing 2SW1 connects the MCU’s RESET pin to GND and resets the MCU. 4.8 2JP11: FLMD0 Connection for Flash Self-Programming Mode Setting Selected Power Source Open: normal operation ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller Connector Description 2SB10 Optional connection for VDE to VDD_KX 2SB11 Optional connection for host computer interrupt to P00/INTP0 2SB12 Optional connection for RXD_SI to P14/TXD00 2SB13 Optional connection for RXD_SI to P17/SO10 2SB16 Optional connection for TXD_SO to P13/RXD00 2SB17 Optional connection for TXD_SO to P16/SI10 ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller Figure 9. 4.12 2P1 and 2P2: 100-Pin Connectors Two 100-pin connectors are used to connect all µPD78F0714 signals to the MC-IO board. The µPD78F0714 signals are arranged so that selected signals connect to the motor control function signals on the MC-IO board, while the others can be used for prototyping. All signals are connected to pre-assigned positions of the 2P1 and 2P2 connectors ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller MC-78F0714 Micro-Board 2P1 Pin Pin Name Number 11 P00/INTP0/TW0TOFFP 12 P01/INTP1 13 P02/INTP2 14 P03/INTP3 P20/ANI0 20 P21/ANI1 21 P22/ANI2 22 P23/ANI3 23 P24/ANI4 24 P25/ANI5 25 P26/ANI6 26 P27/ANI7 27 P50 28 P51 29 P52/INTP4 30 P53/INTP5 31 P54 32 P55/INTP6 33 P56/INTP7 34 P57 35 P40 12 MC-IO Board CPU Pin J1 Pin Pin Name Number ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller MC-78F0714 Micro-Board 2P1 Pin Pin Name Number 36 P41 37 P42 38 P43 39 P44 40 P45 41 P46 42 P47 43 P10 44 P11 45 P12 46 P13/RXD00 47 P14/TXD00 48 P15/SCK10_B 49 P16/SI10 50 P17/FLMD1 P30/BUZZ 56 P31/PCL 57 P32 58 P33 59 P70 60 P71 61 P72 62 P73 MC-IO Board CPU Pin J1 Pin Pin Name ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller MC-78F0714 Micro-Board 2P1 Pin Pin Name Number Not used 76 Not used 77 Not used 78 Not used 79 Not used 80 Not used 81 Not used 82 Not used 83 Not used 84 Not used 85 Not used 86 Not used 87 Not used 88 Not used 14 MC-IO Board ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller MC-78F0714 Micro-Board 2P1 Pin Pin Name Number 89 Not used 90 Not used 91 Not used 92 Not used 93 Not used Not used 94 Not used 95 Not used 96 Not used 97 Not used 98 99 VDD_FLASH 100 DD_FLASH MC-78F0714 2P2 Pin Pin Name ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller MC-78F0714 2P2 Pin Pin Name Number 16 P65 17 P66 18 P67 19 P40/RTP00 20 P41/RTP01 21 P42/RTP02 22 P43/RTP03 23 P44/RTP04 24 P45/RTP05 25 P46/RTP06 26 P47/RTP07 TW0TO0/RTP10 30 TW0TO1/RTP11 TW0TO2/RTP12 34 TW0TO3/RTP13 TW0TO4/RTP14 38 TW0TO5/RTP15 P53/INTP5/TI000 42 43 P26/ANI6 44 P27/ANI7 P20/ANI0 16 MC-IO Board CPU Pin J2 Pin Pin Name Number ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller MC-78F0714 2P2 Pin Pin Name Number P21/ANI1 56 P22/ANI2 P23/ANI3 60 P55/INTP6/TIT20IUD P56/INTP7/TIT20CUD/TITCC0 23 64 P57/TIT20CLR/TIT20CC1 P73 68 P72 P71 72 P70 VDD 80 EVDD 81 82 AVREF RESET_B 86 FLMD0 MC-IO Board CPU Pin J2 Pin Pin Name Number Number 53 GND_IS 54 GND_IS 63 55 ANI1_IV ...

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... M-78F0714 Micro-Board for µPD78F0714 Microcontroller MC-78F0714 2P2 Pin Pin Name Number 100 18 MC-IO Board CPU Pin J2 Pin Pin Name Number Number 92 J2092 93 J2093 94 J2094 95 J2095 96 J2096 97 J2097 98 J2098 99 VCC_IS 100 VCC_IS Function Non-isolated power (+5V DC) Non-isolated power (+5V DC) ...