Integrated rectifier circuit

Electrical pulse counters – pulse dividers – or shift registers: c – Charge transfer device – Particular input or output means

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357 24, G11C 1928, H01L 2978

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active

044123442

ABSTRACT:
An integrated rectifier circuit has a doped semiconductor body having first and second oppositely doped regions therein and is covered by an electrically insulating layer on which a first pair of input gate electrodes are disposed which are associated with the first oppositely doped region and on which a second pair of input gate electrodes are disposed associated with the second oppositely doped region. The oppositely doped regions are connected to a clock pulse voltage and all of the input gate electrodes are connected to a constant voltage having a magnitude such that a uniform surface potential exists in the semiconductor regions covered by the electrodes. The input gate electrode of the first pair which is disposed at a greater distance from the first oppositely doped region and the input gate electrode of the second pair which is disposed closer to the second oppositely doped region are charged with the alternating voltage component of an input signal. A charge transfer device transfer channel covered with transfer electrodes is connected to the semiconductor regions covered by the input electrodes and a charge transfer device output stage couples an output signal to external circuitry in which the alternating voltage component is rectified.

REFERENCES:
patent: 4010484 (1977-03-01), Mohsen
patent: 4314163 (1982-02-01), Knauer et al.
Tompsett et al., "Use of Charge-Coupled Devices for Delaying Analog Signals" IEEE J. Solid-State Circuits, vol. SC-8 (4/73) pp. 151-157.

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