Valley Services Electronics

Silicon Valley’s Premier Electronic and PCB Assembly Blog

Top Seven PCB Test Points Layout Strategies for Successful Design

PCBs also need to be tested, which require test points to be strategically designed into the board along with placing the components and routing the connections. Bare board continuity testing, in-circuit test, and flying probe testing all require the presence of test points on the board to facilitate their processes. Here we will look at the top seven PCB test points layout strategies that designers need to understand to build a fully testable circuit board.

Fiberglass weaves like these are at the heart of many common PCB laminates

Benefits of Electronic CAD: How VSE Can Help

Thankfully, electronic CAD tools have numerous standard features to create redundancies that minimize errors during all stages of PCB design. These integrated suites help streamline design flow from schematic capture to documentation to fabrication and assembly through many clever and common functions. The following features will form part of the indispensable aid that electronic CAD applications offer designers to ensure designs meet their intended specifications at the outset.


PCB Assembly Drawing: Help Your Builder Make Your Design a Reality

Building a printed circuit board requires a lot of data and information for your manufacturers. A circuit board is first fabricated, where the layers of dielectric material and metal interconnects are laminated together and then assembled where the components are soldered into place. Finally, the board will be fully tested before being shipped back to the customer who ordered it.