ICT is widely used, offers high measurement accuracy, and provides clear indications for identified issues, making it a standard testing method. Even workers with average electronic technical skills find it easy to handle problematic PCBA with ICT. Using ICT can significantly enhance production efficiency and reduce costs. The ICT Test primarily detects open circuits, short circuits, and soldering conditions of all components in the PCBA by contacting test points on the PCB layout with test probes. It can be categorized into open circuit testing, short circuit testing, resistance testing, capacitance testing, diode testing, transistor testing, FET testing, IC pin testing (testjet connect check BasicScan Bist), and other general and special tests.

ICT is widely applicable, offers high measurement accuracy, clearly indicates issues detected, and serves as a standard testing method. Even workers with average electronic technical skills can easily handle problematic PCBA with ICT. Utilizing ICT can significantly enhance production efficiency and reduce costs.

The ICT Test primarily detects open circuits, short circuits, and soldering conditions of all components on the PCBA by contacting test points on the PCB layout with test probes. It can be categorized into open circuit testing, short circuit testing, resistance testing, capacitance testing, diode testing, transistor testing, FET testing, IC pin testing (testjet connect check BasicScan Bist), and other general and special component issues such as missing, incorrectly installed components, parameter value deviations, solder joint bridging, and PCB open/short circuits. It accurately informs the user of the faulty component or the location of the open/short circuit through a printer or screen display.