AC162049-2 Microchip

Universal Programming Module AC162049 Instruction Sheet The Universal Programming Module (UPM) is a handy, low-cost board that supports the programming of devices using the MPLAB ICD 2 in-circuit debugger. The UPM can also be used with the MPLAB PM3 to IC2 Adapter (AC164111) for in-circuit programming with the MPLAB PM3. The ZIF (Zero Insertion Force) in the UPM supports the programming of devices in the DIP package type up to 40 pins with these development tools. *****NOTICE***** dsPIC DSC DEVICES CANNOT BE PROGRAMMED USING A UPM SETUP. Configuration of the Jumpers: Configuration of the Jumpers: ICD input at J1 is mapped to J3. There are seven jumpers U1 (flying leads located at J3) that must be connected to pins J4 J5 marked 1 through 40 on the two 20-pin headers (J4 and J5). ICD J1 These connect the program mode, power supply, ground, clock and data lines needed for programming from the development tool to the device in socket U1. Configuration for these lines is specific to the device being programmed. Please consult the Datasheet for the proper jumper configuration for the device being used. Further, the Release Notes for the tool in use may J3 also offer other detailed information about programming the device. Release Notes can be found under the Help option in the MPLAB IDE. *****NOTICE***** THE UPM DOES NOT HAVE A JUMPER FOR LOW-VOLTAGE PROGRAMMING. The UPM does not have a separate power source. Power is supplied to the UPM by the development tool in use. MPLAB ICD 2 uses a 9V DC power supply (AC162039). The MPLAB PM3 uses a 3V/5V DC power supply (ACICE0401). Loading/Programming a Device: The ZIF socket (U1) will support up to 40-pin DIP packaged devices. Be sure power is removed prior to inserting the device into the ZIF socket. Also, the handle for the ZIF socket should be in the down position. The device should drop in with zero force. Insert the device so that the top is aligned with the top of the ZIF socket (i.e., pin 1 to pin 1). Once the device is inserted, raise the handle on the socket 90 degrees to the full locked position. *****NOTICE***** ZIF SOCKET HANDLE MUST BE IN THE UP (LOCKED) POSITION PRIOR TO PROGRAMMING THE DEVICE OR IT WILL NOT PROGRAM PROPERLY. LED 1 - Led 1 will illuminate whenever programming activity occurs. Removing a Programmed Device: After MPLAB IDE or the MPLAB PM3 in Stand-Alone mode acknowledges that communication is complete, lower the arm (unlock) on the ZIF socket. The device should lift out without any resistance. Microchip Technology Inc., 2355 W. Chandler Blvd., Chandler, AZ 85224 (480) 792-7200 DS51280B X-ON Electronics Largest Supplier of Electrical and Electronic Components Click to view similar products for Programmers - Processor Based category: Click to view products by Microchip manufacturer: Other Similar products are found below : 5.05.10 TPG100004 X2S-FP-X ECC111429EU UMFTPD2A MIKROPROG FOR 8051 JTAG HS2 PROGRAMMING CABLE JTAG- SMT2-NC SM PROGRAMMING MODULE ZL30PRGV2-1 MIKROPROG FOR AVR MIKROPROG FOR PIC,DSPIC AND PIC32 MIKROPROG FOR STM32 MIKROPROG FOR TIVA ZL20PRG AVR-ISP500-TINY FlashPro-CC-LITE GP-ARM DFR0116 PGM-08702 ACNPROG PGM-07834 XUP USB-JTAG PROGRAMMING CABLE REVELPROG-IS GANGPRO-ARM-1V CODEGRIP FOR ARM CODEGRIP FOR STM32 CODEGRIP FOR TIVA FLASHPRO-430-CC FLASHPRO-430-LJ FLASHPRO-ARM(X2S) FLASHPRO-ARM- 1V(XS) GANGPRO-430(XS) GANGPRO-ARM-1V(XS) AVR-ISP500-ISO AVR-JTAG-USB-A 462 MIKROPROG FOR MSP432 JTAG USB CABLE PROGRAMMER FOR CMT 2548 46 VA800A-PROG CY8CKIT-005 FlashPro-CC-STD FLASHPRO-X REP430F J-32 DEBUG PROBE JTAG-SMT3-NC PROGRAMMING MODULE AC162049 AC162049-2