![]() ![]() Adding to the capability of test methods available, the integration of your preferred Boundary Scan solution provides you with the ability to create a flexible and comprehensive test of your circuits. This technique can be applied to a single device or a chain of devices that are enabled with the necessary hardware. This provides you with the ability to test, diagnose and repair circuits that have been declared obsolete by the OEM (Original Equipment Manufacturer) and give you protection from obsolescence. Additional power supplies can also be added to enhance the standard system UUT (Unit Under Test) power supplies for extended test capabilities.Īnother key capability of the PinPoint is the ability to reverse engineer to a Schematic Diagram or Netlist from an unknown circuit. Instrument Strategizer gives the graphic capability to program and sequence instruments with other code to provide a seamless mixed signal test program. ![]() Having PXI control of these instruments through the user friendly TestVue™ software allows you to create functional analog tests for your circuits. Measuring the values of a network impedance is now a straight forward task that enhances the diagnostic capabilities available in the PinPoint system.Įxtending the capability of the PinPoint system even further is its inherent capability to control PXI and GPIB instrumentation. Powered by TestVue software you immediately feel in control of the straight-forward tool and can put it to use immediately testing components. The LCR bridge is used to measure the values of Inductors, Capacitors and Resistors in or out of circuit. These channels can be used for functional testing of discrete components both in and out of circuit, for example: hFE of transistors or semiconductor junction forward voltage. This power-off technique can be applied to any board and is therefore ideal when little or no information is available about the device or networks being tested.įour discrete channels on the PinPoint Vectorless Test card are dedicated to DC voltage and current sources. The results are graphically displayed on the screen. This signature is then stored and used for comparison of the network on other boards giving an instant indication of any error. This technique applies a sinusoidal signal to a network and learns the four quadrant signature for it. In addition to the advanced and powerful digital tests, the PinPoint system also utilises a V/I testing technique. These tests can also be applied at the edge connector of a circuit to prove the functionality of the whole circuit. These dynamic digital and analog tests prove the correct operation of each device and can also detect opens, shorts, voltage, digital failures and incorrect, broken or missing passive components on networks. The PinPoint system performs tests on individual components using in-circuit test methods and a fixtureless clip technique. Test of Individual Components and Edge connectors testing Circuit board test & diagnostic system Multi-strategy testing for confidence ![]()
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