Difference between revisions of "PIC MCUs: Hardware and Connections"
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===ICD-U40 to PIC MCU=== |
===ICD-U40 to PIC MCU=== |
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The ICD-U40 programmer/debugger connects to the PIC microcontroller through a six wire modular cable. Although the boards provided for ME 233/333/433 and in the lab are already wired correctly, a wiring diagram for communication with the PIC microcontroller is given below for reference. |
The ICD-U40 programmer/debugger connects to the PIC microcontroller through a six wire modular cable. Although the boards provided for ME 233/333/433 and in the lab are already wired correctly, a wiring diagram for communication with the PIC microcontroller is given below for reference. |
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Revision as of 10:36, 28 June 2007
Required Hardware
In order to program and debug a PIC microcontroller, you will need a few pieces of hardware.
ICD-U40
The ICD-U40 is an In-Circuit-Debugger/Programmer that allows the user, through CCS C Windows IDE, to program and interactively debug a PIC microcontroller.
Hardware Connection
USB to ICD-U40
ICD-U40 to PIC MCU
The ICD-U40 programmer/debugger connects to the PIC microcontroller through a six wire modular cable. Although the boards provided for ME 233/333/433 and in the lab are already wired correctly, a wiring diagram for communication with the PIC microcontroller is given below for reference.
While the ICD is connected to the PIC MCU and to your computer via a USB cable the Windows IDE will be able to communicate with the PIC microcontroller. In order to program or debug successfully, these connections must be made correctly.
