Used MIYACHI 3600S #9389558 for sale

MIYACHI 3600S is a precision PC Board Test equipment designed for testing and reacting to damage on PCBs (printed circuit boards). Utilizing advanced testing and response processes, it can quickly detect and respond appropriately to damaged components on boards by accurately pinpointing the location and type of damage. It can then select the most suitable corrective action to take in order to reduce the risk of product failure. 3600S consists of a base unit, high speed multi-channel modular instrument, and a digital camera. The base unit houses programmable power supply, waveform generator, control system, recorder and data recorder. The high-speed multi-channel modular instrument is made up of a powerful signal capturing/processing unit, split channel signal generation/recording unit and modulator/filtering unit. The digital camera is used to capture detailed information of PCB topography and damage which is analyzed and stored for further analysis. Programming MIYACHI 3600S is done using a software package that's provided with the machine. This software enables the user to customize test parameters for the type of board being tested, allowing high speed testing for high quality and accurate results. The software also records and stores test results, providing users with a complete reference to review afterwards. 3600S is capable of testing up to five different board types with user-programmable tests. The tool also offers different modes of testing, such as electrical test mode, timing test mode, and signal integrity test mode. The signal integrity test mode checks and analyses signal integrity and impedance matching to ensure reliable signal transmission. In addition, MIYACHI 3600S is cellular-based, enabling users to control and monitor production or service runs from anywhere. This makes it an ideal tool for global operations and remote locations. Overall, 3600S is an advanced, reliable and comprehensive testing asset for precision PC boards. With the ability to accurately pinpoint the nature of damage and take suitable corrective action accordingly, the model can drastically reduce unit errors, improve product quality and ultimately provide a more satisfactory customer experience.