pic microcontroller

Development Board Implementation

PIC Evaluation/Development Board Implementation using pic-microcontroller

Abstract The objective of this project is to produce a PIC evaluation/development board to be used by future ECPE senior design project teams.  Many project implementations call for some sort of microcontroller unit in the final product, and this need can often be met by a simple PIC microcontroller.  However, the development of a PIC

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12F675 Tutorial 5 A Temperature data logger using PIC EEPROM.

12F675 Tutorial 5 : A Temperature data logger using PIC EEPROM. using pic microcontroller

EEPROM is useful for storing long term data such as data logger information and this PIC microcontroller EEPROM project saves the temperature from an LM35DZ IC to the PIC’s internal long term data storage area.  The project follows on from the last project using the virtually the same hardware. It stores temperature readings internally at

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EMDP1 Extensible Multiple Device Programmer 1 Rev. C

EMDP1 — Extensible Multiple Device Programmer 1 (Rev. C) using pic microcontroller

Table of Contents Table of Contents Introduction Schematics Printed Circuit Board Issues Introduction This is revision C of the EMDP1 mother board. It differs from revision B in that a 40-pin ZIF (zero insertion force) socket and an 80-pin `universal’ plug have been added. This allows many chips to be programmed without requiring an adaptor

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MRNet Wired Cab Module Revision A

MRNet — Wired Cab Module (Revision A) using pic microcontroller

Table of Contents Table of Contents Introduction Cab Design Goals Cab Electronics Power and Cable Interface Microcontroller Seven Segment Display Buttons LED’s Cab Printed Circuit Board Cab Software Summary  Introduction {Introduction goes here.} Cab Design Goals The goals for the handheld cab are: Light weight. Comfortable. Not visibly warm (i.e. low power consumption). Assembled from

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