MICROWAVE
sa MICROWAVE DETECTOR
sa MICROWAVE OVEN
sa MICROWAVE RADIO
xx ELECTRONICS
A look at the basic techniques for receiving microwave TV signals. CQ. THE RADIO AMATEUR'S JOURNAL Sep 1981 (v.37#9) pg. 68
Equipment which can be built by amateurs for reception of the MDS and ITFS microwave TV services. CQ. THE RADIO AMATEUR'S JOURNAL Nov 1981 (v.37#11) pg. 108
Description of microwave reception in the 4000 MHz region as used between satellites and earth stations. CQ. THE RADIO AMATEUR'S JOURNAL Dec 1981 (v.37#12) pg. 82
The new MMIC (monolithic microwave integrated circuits) wideband amplifiers. Includes a circuit for a working MMIC amplifier you can build from parts. HANDS-ON ELECTRONICS May 1987 (v.4#5) pg. 88
Experimental microwave transmitter and receiver which operates in the S band from 2300 to 2450 MHz. POPULAR ELECTRONICS [1] Nov 1969 (v.31#5) pg. 40
Build the mini-wave, a personal microwave communications system. Part 1. Use it for communications of audio, video or data on the 10 GHz band. Operate at distances up to 20 miles or more. Theory, schematecs, licensing, and other information. Est. cost: $360. POPULAR ELECTRONICS [1] Oct 1978 (v.14#4) pg. 42
Build the mini-wave, a personal microwave communications system. Part 2. Construction, alignment and setup details. POPULAR ELECTRONICS [1] Nov 1978 (v.14#5) pg. 71
Build the mini-wave, a personal microwave communications system. Part 3. Antennas, range, and licensing information. POPULAR ELECTRONICS [1] Jan 1979 (v.15#1) pg. 70
Introduction to microwave technology. Part 1. Basic terminology and history. RADIO-ELECTRONICS Aug 1990 (v.61#8) pg. 60
Added Info RADIO-ELECTRONICS Nov 1990 (v.61#11) pg. 17
Introduction to microwave technology. Part 2. Early RF oscillators. RADIO-ELECTRONICS Sep 1990 (v.61#9) pg. 68
Added Info RADIO-ELECTRONICS Dec 1990 (v.61#12) pg. 22
Introduction to microwave technology. Part 3. Principles of magnetron tubes. RADIO-ELECTRONICS Oct 1990 (v.61#10) pg. 71
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