|
 |
 |
 |
|
 |
|
 |
|
|
Last Updated
03/31/2019
Sitemap
|
|||||||||
Detailed entries for one subject from the INDEX TO HOW TO DO IT INFORMATION. |
|||||||||
|
COMPUTER BUS x BUS (COMPUTER) xx COMPUTER Report from the Altair (S-100) bus forum held at the Personal Computing 77 convention. Discusses the ways to expand the bus to 16-bits and problems with the bus. An Altair (S-100) to DEC LSI-11 bus adaptor. A description of the problems that exist and one possible solution. Comments on S-100 bus extension to accommodate 16-bit processors. Photo essay illustrates the construction of a computer backplane for a new computer system based on the 6809 processor. The backplane uses sockets with 72 circuit connections in two rows of 36 pins. The computer is being built by Carl Helmers. A tower of an enclosure. Part 3. Installing a passive backplane and support cards and a dedicated power supply to extend your PC's bus by six expansion slots. Est. cost: $170. A tower of an enclosure. Part 4. Construction, checking out the bus expander, and final installation. Directly accessing a PC bus. Build this simple eight-bit interface card and a remote-bus breakout board to give you a safe, direct hookup to the internal bus. Est. cost: $100. Building plug-in cards for PC and compatible computers. What you should know to successfully and safely interconnect new hardware designs with a PC expansion bus. Expand your KIM. Part 2. An expansion board for the KIM-1 allows it to interface to the S-100 bus and use S-100 peripherals. Expand your KIM. Part 3. Bus control board and memory. Kilobaud Klassroom No. 10. Bus traffic control. Computer decoders, decoding, three-state devices and how traffic is controlled on the microprocessor data bus. How to interface two different microcomputers that use the same microprocessor chip. The article deals with interfacing two M6800 based systems but it can be applied to other systems. Use each computer independently or the two together as one large system. Compatibility and the Altair (S-100) bus. A review of which manufacturers are using which pins of the S-100 bus for various functions. Kilobaud Klassroom No. 11. Data and address buses. What is a bus. A systematic description of the various types of buses that can be encountered in a computer. A look at three TRS-80 peripherals: Expansion interface, line printer, and disk drive. How important is proper termination? A user's review of the Godbout terminated motherboard. Adding an active terminator to your computer motherboard. Est. cost: $5. Putting the 1802 on the S-100 bus. Profile of the HUH Electronics model 8100 adaptor board and motherboard combination. It interfaces the TRS-80 to an S-100 bus. Est. cost: $185-$295 in kit form. Put your PET on the bus. How to assemble and use the BETSI S-100 interface/motherboard from Forethought Products. It makes possible the addition of S-100 boards to the PET computer. Exploring the inequality of bus buffers. A comparison of various bus buffer chips and tips on determining the needs of your system. Extending the Altair bus. Includes foil pattern layouts for an S-100 bus to ribbon cable connector with provisions for interleaved ground wires. Expand your Heath H8 computer. Build your own expansion interface to provide a second motherboard. Estimated cost: $180. Get your PET on the IEEE 488 bus. Part 1. Rudiments of the 488 bus. Get your PET on the IEEE 488 bus. Part 2. File characteristics of the IEEE 488 bus. Some notes on bus termination. Get your PET on the IEEE 488 bus. Part 3. A switch allows the SWTP MP-B motherboard to be used for either 6800 or 6809 operation. Allows you to switch back and forth between the MP-A2 and MP-09 processor boards. Tracking down the bus. Why some S-100 boards won't work with the S-100 bus. Get on the PET instrument bus. An easy machine-language implementation of the IEEE 488 (GPIB) bus via SRQ line interrupts. How to use the Quality Research Company 80-210 motherboard as an expansion motherboard for the SS-50 bus as found in the SWTP 6800 computer. Includes a pattern for etching the extender card. Personal computers. All about the S-100 bus. A look at the bus and how those 100 lines are used. The general purpose interface bus. Using the GPIB, IEEE 488 bus, or HP Interface Bus to exchange digital data and maintain control between instrumentation devices and computers. Part 1. The general purpose interface bus. Part 2. | |||||||||
Copyright © by Norman Lathrop Enterprises. All Rights Reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted, in any form or by any means (electronic, mechanical, print photocopying, recording or otherwise) without the prior expressed permission of Norman Lathrop Enterprises, except as permitted by law. |
|||||||||