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Additional Physical Format: Online version: Torrey, Henry Cutler, Crystal rectifiers. New York, McGraw-Hill Book Co., (OCoLC) Document Type. Crystal Rectifiers Hardcover – January 1, by Charles A. Torrey, Henry Cutler; Whitmer (Author) See all formats and editions Hide other formats and editions.
Price New from Used from Hardcover, Import "Please retry" $ Author: Charles A. Torrey, Henry Cutler; Whitmer. COVID Resources. Reliable information about Crystal rectifiers book coronavirus (COVID) is available from the World Health Organization (current situation, international travel).Numerous and frequently-updated resource results are available from this ’s WebJunction has pulled together information and resources to assist library staff as they consider how to handle coronavirus.
Crystal Rectifiers and Transistors. Edward Molloy. Newnes, - Crystal detectors - pages. 0 Reviews. From inside the book. What people are saying - Write a review. We haven't found any reviews in the usual places. Contents. SECTION PAGE 1 SEMICONDUCTORS AND THEIR CHARACTERISTICs.
Crystal rectifiers, (Massachusetts Institute of Technology. Radiation Laboratory. Radiation Laboratory series) [Torrey, Henry Cutler] on *FREE* shipping on qualifying offers. Crystal rectifiers, (Massachusetts Institute of Technology.
Radiation Laboratory. Radiation Laboratory series)Author: Henry Cutler Torrey. Also called CLDs, constant-current diodes, diode-connected transistors, or current-regulating diodes. Crystal rectifiers or crystal diodes These are point-contact diodes. The 1N21 series and others are used in mixer and detector applications in radar and microwave receivers.
The. Rectifier devices. Before the development of silicon semiconductor rectifiers, vacuum tube thermionic diodes and copper oxide- or selenium-based metal rectifier stacks were used.
With the introduction of semiconductor electronics, vacuum tube rectifiers became obsolete, except for some enthusiasts of vacuum tube audio power rectification from very low to very high current. Addeddate Identifier Identifier-ark ark://t72v7qc7m Ocr ABBYY FineReader Ppi Scanner Internet Archive Python library dev4.
Book, Print in English Crystal rectifiers by Henry C. Torrey and Charles A. Whitmer; ed. by S. Goudsmit [and others, under the supervision of the] Office of Scientific Research and Development, National Defense Research Committee.
book. Crystal Rectifiers (crystal rectifiers) Crystal Rectifiers; Crystal Rectifiers Rad Lab 15; Membership. Fellow American Physical Society.
Connections Married Helen Post Hubert, Septem Children: John Cutler, Meriel Torrey Goodwin. Father: John Cutler Torrey Mother. Crystal Rectifiers, volume 15 of MIT Radiation Laboratory Series.
McGraw-Hill, New York, Robert V. Pound. Microwave Mixers, volume 16 of MIT Radiation Laboratory Series. McGraw-Hill, New York, John F. Blackburn. Components Handbook, volume 17 of MIT Radiation Laboratory Series. McGraw-Hill, New York, A crystal detector is an obsolete electronic component used in some early 20th century radio receivers that consists of a piece of crystalline mineral which rectifies the alternating current radio signal and was employed as a detector (demodulator) to extract the audio modulation to produce the sound in the earphones.
It was the first type of semiconductor diode, and one of the first. Radio -- Rectifiers. See also what's at your library, or elsewhere. Broader terms: Radio; Electric current rectifiers; Radio -- Equipment and supplies; Narrower term: Crystal dete.
One of the most common uses for rectifier diodes in electronics is to convert household alternating current into direct current that can be used as an alternative to batteries. The rectifier circuit, which is typically made from a set of cleverly interlocked diodes, converts alternating current to direct current.
In household current, the voltage swings [ ]. The differences in the rectifier loading seem thus to be an explanation of the discrepancies in the power dependence of n. Received ' REFERENCES 1) Torrey, H. and Whitener, C. A., Crystal Rectifiers, MIT Radiation Laboratory Series, Vol.
15, McGraw-Hill Book Company, Inc., New York ().Cited by: 1. Overall, “Crystal Fire” is a very well-researched book with materials the authors gathered over 25 years. At the same time, it is entertaining and well-written. The authors keep their mountain of information well contained, and the book ends gracefully afterCited by: Internet Archive BookReader BSTJ 1.
January Development of Silicon Crystal Rectifiers for Microwave Radar Receivers. (Scaff, J.H.; Ohl, R.S.). SAXTON, J. Microwave Transmission Circuits Technique of Microwave Measurements Microwave Duplexers Crystal Rectifiers Microwave Mixers Author: J.
Saxton. Purdue undertook development of an improved point contact crystal rectifier, a device made by pressing a sharpened metal wire (a "cat whisker") against a piece of semiconducting material.
Crystal rectifiers made with sulfides and oxides were used in the early days of. High dielectric constant is most essential for a satisfactory rectifier (Sec. 6), and it is believed that this is the main reason why silicon (ε = 13) gives good rectifiers.
The difference of woik function between crystal and cat’s whisker is rather immaterial as long as it has the correct sign and is greater than about volts. The Diode. The diode is one of the semiconductor revolution’s first offspring.
The device is basically two slabs of semiconductors glued to each other. However, the semiconductors differ in their properties: one is electron-impoverished, or exhibits an excess of positive charges or holes, while the other is suffused with electrons and therefore exhibits an excess of negative charges.Theory of the Boundary Layer of Crystal Rectifiers.
Hans Albrecht Bethe. Radiation Laboratory, Massachusetts Institute of Technology, - Crystal detectors - 46 pages. 0 Reviews. What people are saying - Write a review. We haven't found any reviews in the usual places. Bibliographic information. Title: Theory of the Boundary Layer of Crystal.
Crystal diodes commonly called POINT-CONTACT DIODES, are the oldest microwave semiconductor devices. They were developed for use in microwave receivers and are still in widespread use as receiver mixers and detectors.
Unlike the p n -junction dio.