Microcontrollers - "computers on chips" as they are often termed, are among the most widespread, varied and flexible electronic control devices around. The number of applications they fulfil are vast, and increasing daily.
The PIC family - the Programmable Interface Controller, manufactured by Microchip, has been growing rapidly in popularity. The devices themselves are low cost, and for smaller companies, the investment required to start using PICs is less than with other microcontroller families.
Until now, there has been no easy way into training and evaluation in the PIC world, and our new PIC Trainer is therefore filling a widespread demand from many of our customers.
DocumentationIt discusses PIC device features compared with other types of microcontroller, covering topics such as Harvard Architecture and the PIC's RISC like instruction set.
It covers the various types of PIC, including the PIC16C5X, PIC16CXX and PIC17CXX groups - and the applications for which each separate device might be selected.
It tells you how to use both the programming software and the Microchip MPASM cross assembler.
It takes you through a series of 12 experiments, with their program listings, based on the PIC Trainer's pre-wired circuits using the PIC16C84 EEPROM microcontroller.
As you can see, it's a pretty thorough board with loads of support material (as you'd expect from Flight Electronics). All the external hardware needed is on the trainer, so you'll find a speaker, a keyboard, a number of seven segment displays and all the PICs pins are brought out to connectors, for easy interfacing to other devices.The PIC
is linked to the PC via the parallel port and power is received through
one of the standard Flight power adapters.
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