Used ADVANTEST Q82232 #114188 for sale

ADVANTEST Q82232 automated test equipment is a high-end tester designed to provide reliable and cost-effective testing solutions for advanced electronic assemblies. It is both compact and lightweight, ensuring flexibility and portability while still providing a large number of test channels and enhanced integration possibilities. The main unit of Q82232 consists of a central processing card, an array of digital I/O cards, a high-speed data acquisition card, a program memory card and a power supply. This modular construction allows for flexible configurations and the intelligent distributed equipment architecture provides a high level of performance. ADVANTEST Q82232 supports multiple test protocols, including IEEE-488, VXI, GPIB, SCPI and USB. Q82232 is equipped with a 10.4-inch SVGA color TFT LCD display and a dedicated user interface. It includes a variety of application-specific software tools such as scan optimizer for timing parameter optimization and SIMS for statistical analysis and data visualization. The user interface includes extensive support for designing new test programs, troubleshooting the system and generating device test reports. ADVANTEST Q82232 is based on a distributed unit architecture which allows for higher performance. It offers up to 32 digital input/output lines and supports multiple digital busses, including PCI, EISA, VXI, GPIB, SCPI and USB. The voltage range goes up to 250V, with a current measurement range of up to 10A. A variety of state and timing parameters can be configured to suit specific test requirements. Q82232 automated test equipment is a versatile and reliable instrument designed to meet the most stringent testing requirements. It provides superior performance, in a cost-effective and compact package and is ideal for use in production and development environments. The test machine is highly integrated and includes a variety of application-specific software tools to facilitate test design, debugging and reporting. The distributed tool architecture provides a high level of performance and scalability, allowing it to perform complex tests quickly and reliably.