STAND-ALONG DEVELOPMENT SYSTEM USING A KIM-1 MICROCOMPUTER MODULE

摘要

As a final note again I would like to point out that this microprocessor-based system was designed with, the idea that a development tool is needed that could provide the means to apply a microprocessor to the solution of a particular engineering problem. The system described here is one possible means of designing such a development system. Most of the real development system design is already available through the use of the KIM-1 micro¬processor module. The parts of the system that are added are the engineering concepts of portability and the ability to operate independent of the 115 voc power source. These are significant needs for the ma as a development tool at Ohio University. This system provides a means for quick turn-around in the development of both hardware and software. Also worthy of note is the fact that this system is not dedicated to a particular hardware application. This is significant because the cost involved in building this system can be spread out among several different development programs, thereby making it quite economical.