Product Testing

Assembly Testing

RiverSide Integrated Solutions provides full circuit board and electromechanical assembly testing capabilities – including testability recommendations, test development, and test execution. We perform circuit board assembly testing, system-level integration testing, and thermal and mechanical stress testing depending on product requirements. We use assembly testing to confirm product quality and functionality to provide a means of monitoring the critical stages of our manufacturing process.

Circuit Board Assembly Testing

With our circuit board services, you can always expect thorough assembly testing including:

Flying probe: The flying probe test method is highly-effective for low-volume to mid-volume production, as well as prototypes and boards that can pose access difficulties.
In-circuit test: With an incorporated functional in-circuit test software and in-system component programming, we are able to probe printed circuit boards to examine shorts, opens, resistance, capacitance, and other detailed information about the assembly.
Manufacturing defect analyzer: As a secondary in-circuit test, the MDA operates as a diagnostics tool to reveal any defects in manufacturing and components.
Functional test: Designed and built in-house, our functional test software assesses the functionality of an application, basing results and case information on the software component of an assembly. Our test system capabilities include C++ programming and Visual Basic.
Burn-in chambers: With temperature and humidity cycling, environmental stress screening, and product life assessment, our burn-in chambers place assemblies into service simulation that forces failures to occur. This test reveals weaknesses and load capacities and is especially effective in evaluating the reliability of high-density semiconductor devices, burn-in printed circuit boards and large capacity screenings.
Automated optical inspection: Our AOI machines test boards and panels to communicate errors quickly, consistently, and accurately to the operator.