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PIC 16F87X SUPER ICD
Summary G Microport® , the third party of Microchip® , has announced her Super ICD is a powerful, low-cost, run-time development tool. The super ICD is based on the flash PIC16F87X and can be used to develop for this and other PICmicro® microcontrollers from the 16CXX family. Super ICD also utilizes the In-circuit debugging capability built into the PIC16F87X . It also offers cost-effective In-Circuit flash programming and debugging from the graphical user interface of the Microchip® `s MPLAB Integrated development Environment. This enables a designer to develop and debug source program by watching variables, singe-step and setting breakpoints. Running at full speed enables testing hardware in real-time. The Super ICD is also a friendly programmer for the flash PIC16F87X family. The Super ICD integrates Microchip® `s MPLAB ICD (ICD module, ICD Header board) into one module, it connects the MPLAB integrated Development Environment to the super ICD through a PC Serial Port. Under the MPLAB software environment the Super ICD programs and issues debug commands to the target PIC16F87X using the ICSP (In-Circuit Serial Programming) protocol. This protocol is communicated via a 5-inch, 6-conductor cable using a modular and jack. So a modular jack can be designed into a target board to support direct connection to the Super ICD, or the 40-Pin, 28-Pin emulation interface can be used to connect to the DIP socket target board through a 40-Pin (or 28-Pin) flat-cable. The super ICD provides 4-LED indications (1)Internal Power (2)External Power (3)programming (+13V) (4)connect: to let user understand the Super ICD`s condition all the time. The use of internal power or external power is selectable. Microport® also issues a powerful evaluation module PIC_EVM super 201 for user`s more advanced applications.
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