… A simplified block diagram of an in-circuit tester's architecture is shown in Fig. 7.1. The
computer subsystem interprets the test program and transmits commands to the switching and …

… Therefore the term “in-circuit tester” serves two purposes: it more adequately describes
what these ATEs can do; secondly, by including the word “tester” in the title of the ATE, the …

… The in-circuit tester employs a guarding principle to measure the … The in-circuit tester will
identify multiple faults within each of … The test times per level are a function of the in-circuit tester …

… that savings will result from adding an in-circuit tester. Similarly, if a new production line is
… Conversely the in-circuit tester's cost efficiency and cost effectiveness ratio will dramatically …

… Employing an in circuit tester asa standalone tester oras ascreener toafunctional or inhouse
built test systemisa costeffective method of increasing the productfault coverage and the …

This paper presents a hybrid sensorless In-Circuit Tester (ICT) design by combining the
features of Flying Probe Testing (FPT) and the capabilities of a Coordinate Measuring Machine (…

… The inclusion of a minicomputer in an in-circuit tester adds the ability to actively control
the logical flow of an in-circuit test program. Accordingly, a programming language has been …

In-circuit (ICT) and in-board (IBT) testers are commonly used in industrial environments to
support electronics manufacturing. Each of these performs a parametric measurement that …

… A conventional in circuit tester (FACTRON 333E) can cover all the "catastrophic" problems.
… on the in circuit tester. The shorts tester is much less expensive than the in circuit tester. …

… by the in-circuit tester. Given appropriate access to the board, the in-circuit tester can …
For sub-gigahertz applications, the in-circuit tester was very capable of testing to the PCOLA…