Super-Speed Mathematics
Notre Dame Technical Review, Nov, 1950
Test Equipment Developments Speed Microwave Progress
Electronic Design, Nov 23, 1960
Noise Figure Measurement
Instruments & Control Systems, Aug, 1963
The New World of Light Emitting Semiconductors
Automotive Industries, Oct, 1971
Role of LEDs in Solid State Displays
Automation, Feb 1972
Justifying Automatic Calibration Systems
Instruments and Control Systems, Oct, 1972
How Accurately are you Measuring M/W Power
MWJ, March, 1975
How Multi-Purpose Applications Considerations Determined the Design Strategy of a New Microwave Synthesized Signal Generator
EW Communications, Mar, 1977
Choosing a Signal Source
ED, June, 1977
Microwave Measurements—Mature?
MWJ, circa 1978
Microwave Calendar
1979
Comprehensive Audio Test Equipment
Australian Electronics Engineering, Oct, 1980
Frequency Synthesizers
Electronic Products, Oct, 1980
A Technical Update on the APC-3.5 Coaxial Connector Program and Related Products for use up to 26.5 GHz and Above
circa, 1980
A Computer Controlled System to Calibrate Microwave Power Sensors and Attenuators
circa, 1980
Electronic Measuring Instruments
Wireless World, (UK), Jan 1980
Signal Sources—old and new—leave little room for improvement
EDN, May 13, 1981
A Novel K-Band YIG-tuned Harmonic Multiplier Meets Requirements of 2-26.5 GHz Synthesized Signal Generator
circa, 1981
New 2-26.5 GHz Synthesized Signal Generator has High Performance Pulsing built in
circa, 1981
Signal Generators
EE Times, March 2, 1981
Versatile Synthesizers find Wide Application
Canadian Electronics Engineering, June 1981
Some Considerations in Measuring Noise Figure of Wideband and Band-limited Components and Systems
circa, 1981
Signal Sources—Special Report
EE Times, Dec 21, 1981
Sizing up Synthesizers
Synthesizers, Their Applications, Specifications, and Definitions
New Electronics, (UK), Dec 1981
Microwave Measurements
Seminar Notes
1982
The Impact of a New Noise Figure Meter on Microwave Metrology
Pulse, May, 1982
Pulsed Microwave Signal Peak-Power Measurement Improves
MSN, March, 1984
Microwave Measurements
electronik industrie, (German), Aug, 1984
Checking Microwave Interface Path Deterioration Automatically
Electronic Test, Nov, 1984
Neue Trends der Mikrowellen-MeBtechnik
Mikrowellentechnik, (German), Aug, 1984
Microwave Measurement Trends
Australian Electronics Engineering, Dec, 1984
Microwave Measurement Trends Reflect New Developments and Technologies
MSDH, 1984
Design Trends Evaluated for Passive Components
MSN, Feb, 1986
A (Modest) Proposal to Establish a National Bureau of Standardization
MSN, May, 1986
Instruments Specialize in Vector Modulation
Microwaves/RF, March, 1987
Complex Modulation Testing of Components & Systems Accomplished Using New Tools
MSN, Feb, 1987
Instrument Technology Evolving to Meet Measurement Needs
Microwaves/RF, March, 1987
Programmable Switch/Attenuator Modifications Provide Microwave Test Solutions
Electronics Test, Oct, 1987
Benchtop Signal Simulation Becomes a Reality
Defense Electronics, Nov, 1987
Some Significant Things that have Happened to RF in the Last 10 Years
RF Design, Oct 1988
Shaping the Future of Signal Simulation
Defense Electronics, Mar, 1989
Signal Simulator Hops 3000 MHz in less than 250ns
Microwaves/RF, April, 1989
Automated Calibration System for Excess Noise Sources Assists Metrology Labs
Microwave Product Digest, Feb, 1990
Trends in Microwave Testing
Evaluation Engineering, Dec, 1989
Microwave Measurements, 1970 to 2000
MSN, Jan, 1990
Understanding Measurement of RF and Microwave Pulsed Power
MWJ, Nov, 1991
Digital Progress, Fast ICs Challenge RF/Microwave Test
Evaluation Engineering, Feb, 1992
A New Circuit Architecture for Synthesized Signal Generators
Microwave Engineering Europe, Mar/Apr, 1992
Simulating Communications Systems
T&MW Communications, April, 1992
Increasing the Up-time of Digital Microwave Radios
Telematics, (India), Oct, 1992
Dynamic Ghost Simulation
Broadcast Engineering, Feb, 1993
Receiver Signal Simulation Improves Time to Market
T&M World, Sept, 1993
Multi-Parameter Test System Checks PLLs and Oscillators
Microwaves/RF, Dec 1996
Signal and Network Analyzers Span the Spectrum from audio to light
EDN, Jan. 2, 1997
Garage gives Birth to Measurement Giant
Microwaves/RF 40 th anniversary issue, Aug, 2001
Assistance Available from a Manufacturer
NCSL Conference, Nov 14, 1973
Computer Instrumentation—Make or Buy?
IEEE Show, 1973
A Management Strategy for Calibration Labs
NCSL Conference, circa 1974
The National Measurement System—A Hidden Giant
NCSL Conference, circa 1975
New Instrument Trends for Electronic Warfare
AOC Show, Sept, 1975
New Trends in Electronic Instrumentation
Society of Military Engineers, Feb, 1976
How Our Stanford Park Products are Used—13-part series
SPD Park Press, employee newsletter, 1977
Design and Measurement Considerations for a 15 Mbps Fiber Optic Data Link
AOC Conference, April, 1978
Instrument Directions in the Eighties—From Dumb to Smart to Wise
June, 1980
Uses for the Microwave Spectrum
FE Training Lecture, circa 1980
How our SPD Products are Used
SPD Park Press, employee newsletter, circa, 1982
Stanford Park Division Profile
Training and Orientation Lecture, Nov, 1990
An Introductory Guide to the Hewlett-Packard Company
Microwave Instruments and Practices, Nov, 1991
Everything You Wanted to Know About Microwave Things,
But Not So Much You'd Have To Get Too Familiar
With James Clerk Maxwell
SR112 Fundamentals Training, 1994
PN 438-2, When is a Power Meter Not a Power Meter
Aug, 1991
AN332, Microwave Switching from SPDT to Full Access Matrix
AN332-1, More Coaxial Switching
AN43, Continuous Monitoring of Radar Noise Figure
Co-author, Marco Negrete
AN 57, Noise Figure Primer
AN 64-1, Fundamentals of RF and Microwave Power Measurements
AN, Fundamentals of Interference in Wireless Networks
Anritsu, 2003
AN, Practical Tips on Measuring Interference
Anritsu, 2003
RF Interference and 2.4 GHz Wireless LAN
Proxim contract, circa 1998
Agilent Technologies and Communications: Six Decades of Measurement Contributions
Brochure promoting Agilent part of HP, 2000