Used ACCOTEST STS-8107 #9362931 for sale

ACCOTEST STS-8107 is a comprehensive final test equipment designed for the testing and evaluation of next-generation semiconductor devices. It combines cutting-edge hardware and software with advanced test capabilities and enables shortened development cycles and increased product throughput. The test system consists of three main hardware modules: the mainframe unit, a Probe7 interface, and a controller unit. The mainframe unit houses the environment and software modules that manage the test operations. These include the control unit, the Probe7 interface, a signal generator, a monitor unit, and a temperature control unit. The Probe7 interface is an advanced high-performance switching and sensing interface for controlling probes and instruments over an Ethernet or USB network. The controller unit includes a high-performance Pentium 4 processor and runs a standard Intel 32-bit operating unit. In addition to the hardware, STS-8107 is outfitted with a powerful test suite. The suite includes a powerful performance assessment tool for evaluating various aspects of device performance, such as speed, power consumption, and signal propagation delay. Test coverage and testing speed are also maximized with customizable screens, dynamic test scenarios, and automated fault tracing capabilities. Furthermore, the machine offers a wide range of additional features such as precise parameter tracing, adjustable test sensitivity, and real-time analysis of data from the test set-up. Furthermore, ACCOTEST STS-8107 also features a comprehensive graphical user interface (GUI) that allows users to interact with the hardware, adjust parameters, and view test results. The GUI offers a simple navigation tool and is designed for ease of use. The asset also supports third-party software packages, allowing users to create customized test solutions tailored to their needs. STS-8107 is a powerful and robust final test model that provides users with a wide range of capabilities and can help accelerate the development process of next-generation devices. It is ideal for use in testing and research environments, and it is robust enough to withstand the demands of commercial production settings.