Page 193 - The Art and Science of Analog Circuit Design

Jim Williams

References

1. Blake, James W, The Sidewalks of New York. (1894).
2. Bright, Pittman, and Royer. "Transistors As On-Off Switches in Saturable Core
Circuits." Electrical Manufacturing (December 1954): Available from Technomic
Publishing, Lancaster, PA.
3. Sharp Corporation. Flat Panel Displays. (1991).
4. Kitchen, C, and L. Counts. RMS-to-DC Conversion Guide. Analog Devices, Inc.
(1986).
5. Williams, Jim. "A Monolithic 1C for 100MHz RMS-DC Conversion." Linear
Technology Corporation, Application Note 22 (September 1987).
6. Hewlett-Packard. "1968 Instrumentation. Electronic Analytical-Medical." AC
Voltage Measurement (1968): 197-198.
7. Hewlett-Packard. Model 3400RMS Voltmeter Operating and Service Manual.
(1965).
8. Hewlett-Packard. Model 3403C True RMS Voltmeter Operating and Service
Manual. (1973).
9. Ott, W.E. "A New Technique of Thermal RMS Measurement." IEEE Journal of
Solid State Circuits (December 1974).
10. Williams, J.M., and T.L. Longman. "A 25MHz Thermally Based RMS-DC
Converter." IEEE ISSCC Digest of Technical Papers (1986).
11. O'Neill, P.M. "A Monolithic Thermal Converter." H.P. Journal (May 1980).
12. Williams, J. "Thermal Technique in Measurement and Control Circuitry," "50MHz
Thermal RMS-DC Converter." Linear Technology Corporation, Application Note 5
(December 1984).
13. Williams, J., and B. Huffman. "Some Thoughts on DC-DC Converters": Appendix
A, "The +5 to 10 ±15V Converter—A Special Case." Linear Technology
Corporation, Application Note 29 (October 1988).
14. Baxendall, PJ. 'Transistor Sine-Wave LC Oscillators." British Journal of IEEE
(February 1960): Paper No. 2978E.
15. Williams, J. 'Temperature Controlling to Microdegrees." Massachusetts Institute of
Technology, Education Research Center (1971): out of print.
16. Fulton, S.P. "The Thermal Enzyme Probe." Thesis, Massachusetts Institute of
Technology (1975).
17. Williams, J. "Designer's Guide to Temperature Measurement." EDN part II (May
20, 1977).
18. Williams. J. "Illumination Circuitry for Liquid Crystal Displays." Linear
Technology Corporation, Application Note 49 (August 1992).
19. Olsen, J.V. "A High Stability Temperature Controlled Oven." Thesis, Massachusetts
Institute of Technology (1974).
20. MIT Reports on Research. The Ultimate Oven. (March 1972).
21. McDerrnott, James. 'Test System at MIT Controls Temperature of Microdegrees."
Electronic Design (January 6,1972).
22. Williams, Jim. "Techniques for 92% Efficient LCD Illumination." Linear
Technology Corporation, Application Note 55 (August 1993).

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