Used MULTITEST MCT 3608 #293650958 for sale

MULTITEST MCT 3608 is an electronic Handler designed for post-test and burn-in operations in automated semiconductor test systems. It offers a bridge between in-line testing systems, making it ideal for applications where the test environment is highly automated and the equipment architecture precludes the use of traditional probers. MCT 3608 Handler is built with a 6-axis parallel robot, providing double-sided test access and an automated thermal plate support. This allows efficient and flexible testing of multiple device types. The Handler also boasts optional interchangeable load boards, giving it the capability to test up to four different devices simultaneously. This makes it ideal for production environments, where a wide range of device types need to be tested quickly and accurately. MULTITEST MCT 3608 Handler is coded with a PC-based system controller, featuring a G3+ processor, an operating unit, and the special test software that is required to operate the Electronic Handler. This ensures that the machine is easy to use and integrate into existing test processes and systems. The Handler can also be used with dedicated handling software that enables real-time communication and control of its components. MCT 3608 Handler is packed with advanced features, such as stress control and test time optimization. Stress control is particularly useful for temperature-sensitive components, such as RF chips, to prevent them from overheating during test cycles. Test time optimization allows for quicker test cycle times, improving efficiency and saving time. MULTITEST MCT 3608 Handler also offers an aspect of safety, as it is designed with an ESD protection voltage that is specified as a line exceeding 8kΩ per device. If, for any reason, the residual voltage level on the test interface exceeds this, the Handler will immediately detect and shut down the tool, protecting it from potential damage. MCT 3608 Handler is an extremely versatile, robust, and efficient piece of test equipment. It is the perfect device for situations where accuracy, speed, and repeatability are paramount and is a great choice for applications where flexibility and high throughput is required.