Used ESEC 8003 #9166756 for sale

Manufacturer
ESEC
Model
8003
ID: 9166756
Dicing saw.
ESEC 8003 is a powerful and versatile final test equipment used for functional and manufacturing test applications. It is designed to provide reliable, high-speed testing of electronic circuits with multiple device types and I/O configurations. 8003 system is comprised of a power supply, data acquisition hardware, test fixtures and a programming station. All of the components are connected to a central Ethernet controller, with the programming station providing access to the unit. The machine is powered through the power supply, which provides 5V and 3.3V supply voltages, as well as 3.3V reference levels and temperature protected hot indexes. The data acquisition hardware is responsible for capturing the inputs and outputs, which are then sent to the programming station for further processing. The test fixtures are used to route the tests to different points in the circuit to ensure accuracy and repeatability. Finally, the programming station is used to write, store and execute the necessary tests. ESEC 8003 tool is designed to be used in combination with a variety of ATE (Automatic Test Equipment) setups. It can be used for functional tests, electrical tests, as well as manufacturing tests. It supports many of the popular ATE software packages such as Advantest, Teradyne, Genrad, Pace, Telos and Hewlett Packard. It also supports a variety of protocols, such as I2C, JTAG, SPI and UART. 8003 asset is extremely sensitive to EMC fields, as it has very tight tolerances. It is designed to be used in a controlled environment with minimal interference from external sources. Furthermore, the model has a powerful programming interface which allows for the creation of complex test routines with a high level of accuracy and repeatability. In conclusion, ESEC 8003 equipment is ideal for functional and manufacturing test applications and provides reliable, high-speed testing of electronic circuits with multiple device types and I/O configurations. It is extremely sensitive to EMC fields and requires a controlled environment, but its powerful programming capabilities make it worth considering for any project.
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