David Comer

Q: What Schools Are Affiliated With David Comer

David Comer is affiliated with the following schools: University of Calgary, University of California, Berkeley, Washington State University, California Institute of Technology, Stanford University, Brigham Young University

David Comer's AcademicInfluence.com Rankings

David Comer

Engineering

#2764

World Rank

#3739

Historical Rank

#872

USA Rank

Electrical Engineering

#1256

World Rank

#1346

Historical Rank

#238

USA Rank

engineering Degrees

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Engineering

David Comer's Degrees

Masters Electrical Engineering Stanford University
PhD Electrical Engineering California Institute of Technology

Why Is David Comer Influential?

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According to Wikipedia, David J. Comer received the BSEE degree from San Jose State University, the MSEE degree from the University of California, Berkeley and the PhD from Washington State University. He spent five years with IBM's Advanced Systems Development Division working in the automatic speech recognition area and the automated warehousing area. Doctor Comer's academic career began as an assistant professor at the University of Idaho in 1964. He moved to the University of Calgary as an associate professor in 1966 and then to California State University, Chico in 1969 as a professor and dean of the engineering program. In 1981, he became a professor of electrical engineering at Brigham Young University, serving as department chair from 1990 to 1993. He retired from BYU in September 2017.

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David Comer's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Using the weak inversion region to optimize input stage design of CMOS op amps (2004) (115)
Automated calibration of a fuzzy logic controller using a cell state space algorithm (1991) (113)
A high-frequency integrable bandpass filter configuration (1997) (92)
An algorithm for automated fuzzy logic controller tuning (1992) (56)
Operation of analog MOS circuits in the weak or moderate inversion region (2004) (52)
Optimization of MOS amplifier performance through channel length and inversion level selection (2005) (42)
Digital logic and state machine design (1984) (42)
Inductorless Bandpass Characteristics Using All-Pass Networks (1968) (38)
Bandwidth Extension of High-Gain CMOS Stages Using Active Negative Capacitance (2006) (33)
Fundamentals Of Electronic Circuit Design (2002) (31)
Multibit Delta-Sigma Modulator With Two-Step Quantization and Segmented DAC (2006) (29)
Self-tuning of a fuzzy logic controller using a cell state space algorithm (1990) (28)
Threshold voltage based CMOS voltage reference (2004) (23)
Advanced Electronic Circuit Design (2003) (23)
A high-gain, low-power CMOS op amp using composite cascode stages (2010) (20)
A monolithic 12-bit DAC (1978) (18)
A high-gain complementary metal-oxide semiconductor op amp using composite cascode stages (2010) (17)
Mitigating ISI Through Self-Calibrating Continuous-Time Equalization (2006) (16)
High-frequency narrow-band active filters (1986) (16)
A monolithic 12-bit D/A converter (1977) (15)
Bulk-driven gain-enhanced fully-differential amplifier for VT + 2Vdsat operation (2008) (14)
Modern Electronic Circuit Design (1976) (14)
A low-frequency, continuous-time notch filter using Gm-C circuits (1999) (11)
An integrable 60-Hz notch filter (1999) (10)
A High-Frequency CMOS Current Summing Circuit (2003) (8)
An integrable single-pole lowpass filter for low-frequency operation (1997) (8)
A theoretical design basis for minimizing CMOS fixed taper buffer area (1996) (8)
Introduction to Semiconductor Circuit Design (1968) (7)
Teaching MOS integrated circuit amplifier design to undergraduates (2001) (7)
The use of waveform asymmetry to identify voiced sounds (1968) (7)
A CMOS Voltage to Current Converter for Low Voltage Applications (2001) (6)
Wideband precision current sources for integrated circuits (1991) (5)
Electronic Design With Integrated Circuits (1981) (4)
High-gain microwatt composite cascode op amps (2012) (4)
Physical Data Acquisition for Digital Processing: Components, Parameters, and Specifications (1998) (4)
A new amplifier circuit with both practical and tutorial value (2000) (4)
Microprocessor-Based System Design (1986) (4)
Analog circuit design at and below VT + 2Vds,sat (2007) (4)
Designable video amplifiers using base-compensated stages (1970) (3)
Application of Top-Down Principles to Digital System Design (1983) (3)
The Utility of the All-Pass Filter (1979) (3)
Advanced electronic circuit design / David J. Comer, Donald T. Comer (2003) (3)
Self-Calibrating Continuous-Time Equalization Targeting Inter-symbol Interference (2006) (3)
Bandpass filtering of high-speed forwarded clocks (2008) (3)
The loop-gain modulator: A new class of linear amplitude modulators (1987) (2)
A new fixed-gain amplifier architecture (1998) (2)
Reduction of duty cycle distortion through bandpass filtering (2005) (2)
Calculating the Minimum Number of Iterative Stages in a Wide-Band Amplifier (1968) (2)
High-Voltage Hall-Effect Sensor Interface in a Standard Digital CMOS Process (2006) (2)
A programmable floating-gate voltage reference in 0.5 /spl mu/m CMOS (2004) (2)
Video amplifier design based on op amps (1976) (2)
A class-C loop gain amplitude modulator (1989) (2)
High-impedance voltage bias circuit for MOS amplifiers (1998) (1)
A single op amp differential Sallen–Key biquad (2013) (1)
A high speed, precision voltage buffer in a submicron CMOS process (2000) (1)
Comments on 'Automated calibration of a fuzzy logic controller using a cell state space algorithm' (with reply) (1992) (1)
Design of low-power ultra-high voltage gain differential cascode stages (2017) (1)
Digital Electronic Circuits (2003) (1)
The changing face of circuit design (2006) (1)
Bipolar Junction Transistor Amplifiers (2006) (1)
A theoretical basis for practical amplifier design using cascaded operational amplifiers (1985) (1)
A Fast Settling HBT Reference Amplifier for High Speed Digital-to-Analog Converters (2005) (0)
Tuned negative capacitance circuitry for CMOS amplifier bandwidth extension (2009) (0)
Electronic design with integrated circuits : solutions manual / David J. Comer (1981) (0)
Theoretical analysis of the loop-gain modulator (1990) (0)
Semiconductor circuits laboratory manual (1969) (0)
An ultra-high Q inductorless narrowband filter based on the voltage divider phase shift method (2017) (0)
Optimisation of bandwith in noniterative wideband amplifiers (1969) (0)
Analog-Signal Electronic Circuits (2003) (0)
Microprocessor-based digital design (1986) (0)
Bipolar Junction Transistor (BJT) Circuits (2000) (0)
Bipolar Junction Transistor Circuits (2006) (0)
A GaAs HBT bandgap voltage reference (2005) (0)
e Use of Asymmetry to I Voiced Sounds (1968) (0)
Computer analysis of circuits (2016) (0)
Linear voltage to current conversion using submicron CMOS devices (2004) (0)
Teaching Transistor Circuit Design to Undergraduate Engineers (1967) (0)
Digital System Design: State Machine Versus Microprocessor Controller (1987) (0)
Simplified Modeling of a Multipole Amplifier Using All-Pass Network Functions (2005) (0)

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Other Resources About David Comer

en.wikipedia.org

What Schools Are Affiliated With David Comer?

David Comer is affiliated with the following schools:

David Comer's Academic­Influence.com Rankings