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S550-MFW1U The contents of this manual may be revised without notice. We, Sunny Giken Inc. shall not be responsible for any damages and/or losses caused by using this product and/or the software attached to this product claimed by users and/or any intermediaries.
Microcomputer Programmer. Please read this operation manual carefully to understand the function of this product for effective and stable operation. Please beware that Sunny Giken Inc. shall have no liability for any damage and/or troubles caused by misuse or careless handling.
Up to 8 adapters can be Prepared by user attached. Gang prgramming) * The AC adapter is not attached for the export-product. * Refer to the “4. Setting Up” for detailed and varied connection. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
* Beware that the shape of the IC socket of the parallel adapter is varied from to be attached device type. The height (16mm) mentioned at the above “Outer dimensions” is only size of the case. The polarity of this DC cable is illustrated below. 500mm Wire color RED:DC+9V BLACK:GND Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Max: 1Mbyte Size All the operation can be achieved from your PC with easy-to-operate GUI PC control (graphic user interface). Applicable to the Win98, Me, 2000, XP, Software 7(32bit/64bit) Interface USB 1.1 supported (Full-speed Mode) Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Family are programmable by the MFW1U. Some of devices are still under evaluation or not programmable. Refer to the file “Programmable Device List” in an attachment floppy disk.Contact Sunny Giken Inc. for the latest information. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Turns it ON when serial programming is successful. ID ERR Turns it ON when result of serial programming is ID_ERR. FAIL Turns it ON when serial programming is failed. Buzzer Sounds when operation is completed or error is issued. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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USB communication connector (connected to PC) • Left-hand side view SERIAL Connector Function SERIAL Serial programming connector for target board or serial adapter. • Right-hand side view PARALLEL Connector Function PARALLEL Parallel programming connector for parallel adapter. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Refer to separate “Programmable Device List” for your order. * Up to 8 parallel adapters can be connected and programmed at once (gang programming). But to be gang programmed devices should be the same type to avoid breakage of devices. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Screw at mounter socket side * Unscrew the M2.6 screws that hold a case cover and screw and attach adapters by referring the above illustration. * Screwing to the MFW1U unit is not applicable. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
* Up to 8 parallel adapters can be connected and programmed at once (gang programming). Devices to be gang programmed should be the same type in order to avoid breakage of the devices. * Beware that the power of the MFW1U is OFF when attaching parallel adapter(s). Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
* A serial adapter can be prepared by obtaining the IC socket type programming board made by Renesas Electronics. Some modification to the board is needed since the board mounts Vcc3.3V/5V switch circuit. Please contact Sunny Giken Inc. before operation. Multifunctional Flash Microcomputer [S550-MFW1U]...
Vcc pins. Attach the AC adapter to supply power when the current capacity of the target board is insufficient since the maximum current consumption of the MFW1U for serial programming is 200mA. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Devices to be gang programmed should be the same type in order to avoid breakage of devices. * Beware that the power of the MFW1U is OFF when attaching parallel adapter(s). * Not connect a USB cable, when standalone parallel programming by the MFW1U. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Renesas Electronics. Some modification to the board is needed since the board mounts Vcc3.3V/5V switch circuit. Please contact Sunny Giken Inc. before operation. * All the settings are stored at the MFW1U unit at the time of termination of the PC control software (mfw1.exe).
(mfw1.exe). Therefore, when Erase, Program, or Verify is desired, please make sure the Action setting is set to Erase, Program, and Verify before termination. * Not connect a USB cable, when standalone serial programming by the MFW1U. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Attach the AC adapter to supply power when the current capacity of the target board Note 1: is insufficient since the maximum current consumption of the MFW1U for serial programming is 200mA. Usage of Vcc should be 3.3V±5% or 5V±5%. 9Pin 1Pin SERIAL 10Pin 2Pin Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
The following figure shows the cable polarity: 1Pin 500mm Connector Model: HIF3BA-10D-2.54R Manufactured by Hirose Electrics * As for serial I/O mode of M16C/20 and M16C/21 Group, an exclusive programming connector ‘MFW-20SP’ is necessary. MFW-20S Serial cable MFW1U unit Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Note 3. Execute the same procedure as “Note 2” for CE and EPM terminals. Or only isolation process by achieving “pull up/down” without the MFW1U connection is also applicable. On-board direct fix is also available of the CE terminal for H level and the EPM terminal Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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On-board direct fix is also available of the CE terminal for H level and the EPM terminal for L level when these terminals are not connected. Note 6. Connect the MCU CNVss terminal to the CNVss terminal of the MFW1U unit by Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 8. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 5. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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MFW1U directly when the reset circuit of the user target board is “open collector output”, “CR delay circuit”, or constant current load circuit is less than dozens of μA. Execute the same procedure as “Note 2” when it is “CMOS output”. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 7. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. Adaptor for the target ‘MFW-20SPe’ for exclusive use is required in serial programming. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. Connect the MCU CNVss1 and CNVss2 terminal to Vss of the user target board. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 5. An exclusive programming connector ‘S550-AD1e’ or ‘S550-AD2e’ is necessary. Note 6. Connect Vref terminal to the VCC. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 4. The Vss terminal should be connected since it is signal ground. Note 5. An exclusive programming connector ‘S550-AD1e’ or ‘S550-AD2e’ is necessary. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 6. The Vss terminal should be connected since it is signal ground. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Note 9. Connect the MCU RP terminal to Vss of the user target board. Please combine with this example of a connection circuit, and confirm a "Hardware manual" or a "Data sheet" of each microcomputer. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Then, update the firmware from the control program of the MFW Control Software. *For more information on updating firmware, please refer to the “MFW Control Software Operation Manual”. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Reset the device to the mounter socket since only the contact check is achieved and a further action is denied when a contact error is detected. Malfunction of a device or mounter socket may be considered when a contact error is repeated. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
The SERIAL TARGET LED blinks and the beep sound is issued at the same time when damaged. Press the START switch to release the LED and beep sound then reload data from PC. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
(2) Press the START switch for 5 seconds to start initialization. • A series of short beeps ”P, P, P…” is issued when initialization is started and a short beep “Peep” is issued when finished then all the LEDs are turned off. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
“P, P, P, P, P” When no device is connected to a parallel a series of beep sounds “P, P, Peep” adapter in parallel mode MFW1U malfunction a series of beep sounds “P, P, P, …” Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
Therefore, inspecting corner pins of a passing device is fully recommended. NOTE: The contact point of the IC socket gets dirty and fail-to-make-connection may be occurred during operation. Clean the contact point with a brush sometimes. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
9 Installing USB Driver 9.1 Windows 7(32bit) i) Execute “dpinst.exe” of the “Driver32” folder. “Device Driver Installation Wizard” Dialog will be displayed. Press [Next]. ii) The USB driver package is being installed. Please wait for a moment. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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The following Dialog will be displayed. Press [Finish]. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
9.2 Windows 7(64bit) i) Execute “dpinst.exe” of the “Driver64” folder. “Device Driver Installation Wizard” Dialog will be displayed. Press [Next]. ii) The following Dialog will be displayed. Press [Install]. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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ⅲ) The USB driver package is being installed. Please wait for a moment. ⅳ) The following Dialog will be displayed. Press [Finish]. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
The procedure for installing USB Driver is described below: i) “Add New Hardware Wizard” Dialog will be displayed. Press [Next]. ii) Select “Search for a suitable driver for your device. (recommended)” and press [Next] Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Select “Specify a location” and press [Next] iv) Specify “USBDrv” folder in the attached CD-ROM for areas to be inspected. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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“S550-MFW1U” will be viewed. Press [Next]. vi) The driver files will be automatically copied and then, installation will be completed. Multifunctional Flash Microcomputer [S550-MFW1U] Operation Manual...
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Revision Version Contents for change date The First Edition Apr.18.2003 Rev.A1 5.4 The S550-MFW1U connection circuit example for M16C/26 and 7542 May.23.2003 has been added. Rev.A2 5.4 The S550-MFW1U connection circuit example for M16C/62P and Jul.18.2003 R8C/Tiny has been added.
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5.4 The S550-MFW1U connection circuit example for R8C/LX has been Jul.27.2009 added. Rev.H 5.4 The resistance of the CNVss terminal in the S550-MFW1U connection Jul.22.2010 circuit example is corrected from 10KΩ to 4.7KΩ or more. (1),(2),(4),(5),(6),(7),(8),(9),(10),(11),(14) 5.4 The resistance of the MODE terminal in the S550-MFW1U connection circuit example is corrected from 10KΩ...
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