Verigy 93k Tester Manual
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The Verigy 93000 combines high performance with ease-of-use. With the available Automated test equipment (ATE), the Verigy 93000 delivers unparalleled productivity and repeatability. It is the only tester in the industry that can test 5000 chips/h on one channel. It is fully automated, and can operate at maximum clock rates of 100MHz, 100s of channels, and 4000 chips/h. This is a fully automatic tester, that does not require the use of a Testbed Workstation. There is no manual intervention required, and in some cases, the tester was considered the test lab.
The tester is used for test automation and has an increased test time potential over earlier generations of the same architecture. Its automation capabilities are limited only by the functionality of the Testbed workstation. This tester is a full ATE solution for automatic test and an ideal platform for manual test, because it is scalable from small to medium to large test systems. This allows you to test in parallel many different types of components and configurations in a single test session.
The Verigy 93000 was a major test system launch for the company in 1999 and since then, Verigy has become a major player in the ATE test market. It is one of the most valuable testers on the market today. The tester is built on decades of test head design and is based on the same test head technology that was originally developed by HP and is currently used in HP's own hybrid testers. This test head has been field-proven in the silicon industry and is designed for high reliability, ease-of-use and affordability.
This tester is also known as the Verigy 93000. And like every other tester with the same architecture, there are two cards for each tester, one for each channel. The two cards are identical, they just have a different input/output extension connector (pin). So one card can test up to 8 channels. The tester can test up to 4000 chips per hour, and each channel can test up to 100 chips, for a total of 4000 chips per hour, and up to 400,000 chips per day.
A test case is a step-by-step procedure that is executed to determine the success or failure of the procedure. A test case can either be a manual test, or an automated test. Manual testing is carried out by someone and involves executing a series of steps that allows the tester to determine if the software is working as expected. The tester will carry out the test in a controlled environment, to prove that the software is working correctly.
Automated testing follows a specific procedure that will allow the tester to test a piece of software with a predefined test scenario. The automation test will be carried out in a controlled environment. The tester will carry out the test on a test system, and will document the results.
Note: When the automation tester runs a test or when they document it, they should keep a record of the results. This step is vital to ensure that the tester correctly documented the results. It is important to keep track of all the tests because the test results must be analyzed. 827ec27edc