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A continuous-time offset compensated high speed BiCMOS comparator

F. Larsen, Mohammed Ismail

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Abstract

This paper presents a new technique for continuous time offset compensation for high precision comparators. A high speed, high precision BiCMOS comparator was fabricated through MOSIS, and offset compensation was achieved using an offset compensated differential difference amplifier (DDA). Using this technique the comparator was offset compensated without ever being disabled, or disconnected from the signals it was comparing. Thus, an overall much higher comparison rate can be achieved by eliminating the offset calibration cycle.

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What this paper is about

This paper presents a new technique for continuous time offset compensation for high precision comparators. A high speed, high precision BiCMOS comparator was fabricated through MOSIS, and offset compensation was achieved using an offset compensated differential difference amplifier (DDA). Using this technique the comparator was offset compensated without ever being disabled, or disconnected from the signals it was comparing. Thus, an overall much higher comparison rate can be achieved by eliminating the offset calibration cycle.

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Available abstract

This paper presents a new technique for continuous time offset compensation for high precision comparators. A high speed, high precision BiCMOS comparator was fabricated through MOSIS, and offset compensation was achieved using an offset compensated differential difference amplifier (DDA). Using this technique the comparator was offset compensated without ever being disabled, or disconnected from the signals it was comparing. Thus, an overall much higher comparison rate can be achieved by eliminating the offset calibration cycle.

Key concepts: Comparator, Offset (computer science), Comparator applications, BiCMOS, Computer science, Input offset voltage, Compensation (psychology), Electronic engineering

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