HIOKI 1240 X-Y IN-CIRCUIT HiTESTER

The board loading function is part of the standard outfit that makes it simple to establish an automatic inspection system. Interface for HIOKI standard equipment is also provided as standard outfit.

The probing accuracy is ±100 µm and the movement repeatability accuracy is as high as ±50 µm. This is sufficient for testing fine pitch boards for both short circuits and open circuits.

To reduce the travel distance of the probe, the test order is automatically arranged. This eliminates the need for considering the test order when data are created and ensures an efficient measuring process.

The camera can also be used for detection of inspection marks used for multiple-sample boards as well as inspection only involving the step of image detection of marks.

The camera can be used for simple and accurate coordinate data input and data revision for debugging.

The employed user interface is a color display running on Windows XP. Multiple windows can be used for creating two sets of data simultaneously or teaching while consulting net lists, etc. This interface contributes to a comfortable user environment. Windows XP is a U.S. registered trademark of Microsoft Corporation.

A maximum 0.025 sec/step (40 steps/sec) high-speed measuring rate reduces test time.

The minimum probe interval pitch is 0.2 mm (0.5 mm in the four-terminal probe mode). This allows inspection of fine-pitch boards that jig type probing cannot cope with.

Clearance for mounted components has been increased to 38.2 mm (including board thickness), enabling satisfying high-speed inspection even with tall parts such as connectors and heat sinks.

Inspect of large board sizes measuring from 50 × 50 mm to 510 × 460 mm.

function is a standard feature Added to the high-precision mechanism, the position compensation enables probing with even higher accuracy. Using a CCD camera for teaching coordinate data makes debugging and offset settings precise and simple to perform.

A large assortment of optional accessories is available. An optimum system can easily be constructed as options can be selected to match individual usage.

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