ONE PASircuit Prototyping Boards

Science and Engineering Educational Toy Sale Click for details and check back often...
A supply store for people who want to build robots, electronic gadgets, kinetic art or anything else that moves, beeps or flashes.

Price List

Department Home Pages

Model Railroading

Microcontrollers

Electronic Components

Electromechanical Components

Robotics

Radio Control

Building Kits

Building Materials

Learning

Tools

Model Railroading Department

Microcontrollers Department

Electronic Components Department

Electromechanical Components Department

Robotics Department

Radio Control Department

Building Kits Department

Building Materials Department

Learning Department

Tools Department

ONE PASircuit^TM Prototyping Boards

"Congratulations on your new prototyping board line. I wish these had been available 10 years ago. And you may quote me on that."

-- Forrest M. Mimms III

Ten or twenty years ago, grid type protoyping boards were state-of-the-art technology and since then have saved countless hours of engineering time compared to point-to-point wiring of prototypes. While standard grids provide a convenient wiring path for ICs, they still require wiring jumper after jumper to interconnect the rest of the circuit. While most of our components have improved by several orders of magnitude, most of us are still using the decades-old grids for prototyping. Until now ...

The Patent Pending ONE PASSircuit^TM line of PCBs provide a "complete circuit" approach to prototyping that provides a convenient interconnect pattern for many common circuit structures. As seen below, even complex applications like microprocessor, robotics and motor controls can be constructed in minimum board space and with relatively few jumpers. These clever boards eliminate the need for expensive, application specific "Development Boards" that force you to use someone else's design and programming method. Take total control at a fraction of the price.

Example 1

If you have ever tried breadboarding "H Bridges", you will love the example below. There are four complete bridges on the board, 16 transistors, 16 resistors, 16 diodes and only 8 jumper wires! And most of the board is still empty! Motion control has never been so easy.

Example 2

As an added bonus, for that finished look and feel, all of our boards fit directly into ABS plastic project cases from Radio Shack^(R). Each case comes with both aluminum and plastic lid with partial cutouts for DB-9 and DB-25 connectors, and larger sizes include rectangular openings for LCD displays.

Example 3

By using 4 pin sockets for active devices (SCRs, TRIACs, Transistors, etc.) one can turn the device 360 degrees to find the best aspect to fit the circuit's needs. Above are eight ways to place devices that are isolated from power. Below are six ways to place devices that are directly connected to power. Any device, regardless of pin out or application can be accommodated.

Example 4

The ONE PASStructure^TM creates an array of spaces that can be viewed as a socket architecture. Some common uses are depicted below. From left to right they are: 1) Crystal, 2) Bridge Rectifier, 3) Voltage Regulator, 4) Transistor / Isolated, 5) PIC Programming Connector, 6) Transistor / Powered, 7) IF Transformer, 8) Pot, 9) RC Network, 10) Voltage Divider.

Example 5

Click here for ordering details.

ONE PASSystem^TM, ONE PASStructure^TM, ONE PASSircuit^TM, ONE PASSocket^TM, ONE PASStrip^TM, ONE PASStore^TM are Trademarks of ONE PAS, INC

ONE PASircuitTM Prototyping Boards

ONE PASircuit^TM Prototyping Boards