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In this paper, a method of testing a flash A/D converter is presented. The flash A/D is first reconfigured as a propagation type A/D and it is tested afterwards. It is shown that the testing method is suitable for a fully automated use i.e. without the need of external devices.
In this paper a reconfigurable A/D converter is presented. It is shown that starting from the well-known structure of a flash A/D converter, different other converters i.e. propagation type, successive approximation can be obtained. The approach is useful in unifying the various A/D conversion concepts, and has applications in self-repairing A/D converters.
The paper describes a simplified version of a pipelined A/D converter using propagation type A/D converters. It is further shown that using the main theorem results, a reconfigurable A/D converter, which may perform either as an A/D converter or as a D/A converter, can be obtained.
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