2007Journal of Chongqing University of Posts and TelecommunicationsRequires access

A high-speed CMOS preamplifier-latch comparator

Hong Zhang

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Abstract

A preamplifier-latch CMOS comparator especially for high-speed ADCs is described in this paper. It consists of a preamplifier, a latch stage and output buffer. The proposed comparator separates preamplifier from the positive feedback latched comparator so as to reduce the influence of the kickback noise. Simulation results based on standard CMOS 0. 35μm technology show that, this comparator can achieve 30μV sensitivity while only 0. 6 mW power dissipation at 40 MHz.

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What this paper is about

A preamplifier-latch CMOS comparator especially for high-speed ADCs is described in this paper. It consists of a preamplifier, a latch stage and output buffer. The proposed comparator separates preamplifier from the positive feedback latched comparator so as to reduce the influence of the kickback noise. Simulation results based on standard CMOS 0. 35μm technology show that, this comparator can achieve 30μV sensitivity while only 0. 6 mW power dissipation at 40 MHz.

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Available abstract

A preamplifier-latch CMOS comparator especially for high-speed ADCs is described in this paper. It consists of a preamplifier, a latch stage and output buffer. The proposed comparator separates preamplifier from the positive feedback latched comparator so as to reduce the influence of the kickback noise. Simulation results based on standard CMOS 0. 35μm technology show that, this comparator can achieve 30μV sensitivity while only 0. 6 mW power dissipation at 40 MHz.

Key concepts: Comparator, Preamplifier, Comparator applications, CMOS, Dissipation, Electrical engineering, Noise (video), Power (physics)

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