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Last Updated
03/31/2019
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Detailed entries for one subject from the INDEX TO HOW TO DO IT INFORMATION. |
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BREADBOARD (ELECTRONIC) x PLUGBOARD (ELECTRONIC) xx ELECTRONIC COMPONENT Breadboard modified to accommodate a vacuum tube. Universal test board for SMT operational amplifiers. Techniques and gadgets for audio experimenters. Advice on chassis selection, breadboarding, test equipment, etc. Design and test microcomputer interfaces more easily by using the modules described here. They include D/A and A/D converters, data display and debouncing switches. Using wire-wrapping and plugboard systems to prototype computer hardware. Build a professional prototyping system. Use it to breadboard and prototype digital, analog and r-f projects. Consists of (1) a breadboarding chassis on which you mount 6"x6" prototyping cards and (2) a multiple-output DC power supply that bolts to the chassis. Est. cost: $100. Solderless breadboards for experimenters. What is available and tips on their use. A breadboarding and interconnection scheme. Where to get and how to use breadboard components. Attach a solderless breadboard to a chassis, install a power supply, barrier strips, switches, and you have a convenient test stand for breadboarding circuits. A low-voltage breadboard power supply. Features an adjustable positive voltage, adjustable negative voltage, and 12 v. fixed voltage. Works in the range 0-15 volts at 0.5 amps. The QRP Muddle Module. Ideas for making an electronic breadboard which features elements common to most simple QRP receivers and transmitters (power supply, antenna switch, keying monitor, etc.). Prototyping station. Build this full-featured breadboard laboratory. Add custom features to suit your own needs. Modular design includes LED bargraph, voltmeter, BCD decoder, audio module, logic probe, etc. PC I/O breadboard. Lets you breadboard circuits and control them with your personal computer. Consists of a parallel-interface card, and external breadboard platform, and a cable to connect them. Part 1. Building and testing the hardware. PC I/O breadboard. Part 2. Software required. PC I/O breadboard. Part 3. Build a sophisticated EPROM programmer on your breadboard. Prototyping station. Build this full-featured breadboard laboratory and add custom features to suit your own needs. Modular design includes bargraph display, voltmeter, audio module, BCD decoder, logic probe, meter module, etc. The BreadBlox protyping system. Fabricate standard modules which you can use over-and-over again in various breadboard circuits. They include a clock geneator, tone decoder, inverting op-amp, non-inverting op-amp, and a voltage regulator. New approach to breadboarding. Equipment developed for school use enables students to complete more experiments in a one-year laboratory course than possible with conventional breadboard construction. Est. cost: $15. Simple electronic breadboard holds leads tightly under hooks. Each junction point has several hooks so that a component can be added or removed without disturbing others. A power supply offering +5, -15, and +15 volts is housed in a metal cabinet. With QT (quick test) sockets mounted on top of the cabinet, the unit becomes a flexible "breadboard" system. Has built-in fuse protection. Est. cost: $50. A 9-pin tube breadboard. Simple breadboard design that allows the experimenter to tie tube projects into commercially available breadboards. Tip on making a test mule (breadboard) for experimenting with vacuum tube circuits. Tips on making your own powered breadboards. Experimenter's powered solderless breadboard is mounted on a clipboard. Build the super breadboard to test your integrated-circuit design ideas. Features a built-in power supply (5- and 15-volts), positive and negative push-button activated pulser, and a variable-frequency, clock-pulse generator. A breadboard demonstrator. A large scale display board with a breadboard driver is used to show electronic circuits to a classroom of students. Tips on using solderless breadboarding in doing prototyping of computer componants. Prototyping kit for electronics experimenting can be built with power supplies, signal sources, and other items tailored to your specific needs. Solderless breadboard uses springs as quick-connect terminals. Servicing solderless sockets. How to clean the holes and contacts to prevent shorts. Digital electronics course. Based on an introductory course in digital electronics and microprocessors given by the EIA/CEG. All experiments use a solderless breadboard. Building a power supply for the breadboard. Build the ProtoMax design station. Designing electronic circuits is easier with this breadboarding system. Eight experiments with a transistor breadboard. Homebrew breadboards. Part 1. For use with all types of solid-state circuits, including TTL, DTL, RTL, MOS, CMOS, digital and linear IC's, descrete transistors, etc. Features logic switches, state checkers, pulse generator, pulse checker, pulser switch, and power supplies. Homebrew breadboards. Part 2. A look at the various breadboarding and prototyping systems available for building your own circuits from scratch. Part 1. A look at the various breadboarding and prototyping systems available for building your own circuits from scratch. Part 2. Build this modular system for quick prototyping. Use a system of pre-wired circuit modules to speed up prototypes. Build your own digital modules to speed up the making of prototypes on breadboards. Schematic for a single-digit readout module is included. Circuit design station is used when prototyping CMOS circuits. Features a solderless breadboard, battery power supply, buffered LED's, two-phase clock (oscillator), and debounced switches. Estimated cost: $40. SPICE. Breadboards are giving way to PC-based circuit simulation. An introduction to the application and use of the SPICE circuit-simulation computer program. SUSIE simplifies digital design and makes breadboards a thing of the past. An introduction to the use of the SUSIE digital circuit simulation computer software. | |||||||||
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