Solid State Radar Transmitters : Artech House Radar Library - Edward Ostroff

Solid State Radar Transmitters

By: Edward Ostroff

Hardcover | 1 January 1985

At a Glance

Hardcover


$348.75

or 4 interest-free payments of $87.19 with

 or 

Ships in 10 to 15 business days

Forewordp. v
Introductionp. 1
Rf Power Transistorsp. 5
Historyp. 5
Transistor Dicep. 7
Transistor Packagingp. 19
Peak Power versus Average Powerp. 22
Reliability Considerationsp. 28
Typical Performance of Solid-State Devicesp. 32
Specifying Power Transistors for Solid-State Radar Systemsp. 39
Trends in Solid-State Devices for Radar Systemsp. 45
Power Amplifier Designp. 51
Introductionp. 51
Impedance Matchingp. 77
Design Considerationsp. 107
The Corporate Structure Amplifierp. 131
Properties of the Corporate Structure Amplifierp. 132
Analysis of a Uniform CSAp. 133
Transmitter Efficiencyp. 135
Comparison of the Pave Paws Transmitter with a CSAp. 136
Partitioning of a CSA into Modulesp. 139
Power Output and Rise Time Controlp. 141
Power Combiner Designp. 143
Power Combiner Typesp. 144
Combiner Requirementsp. 145
Combiner Selectionp. 145
Choice Factors with Regard to Combiner Typesp. 148
Power Combiner Designsp. 149
Power Distribution Calculationsp. 154
Power Handlingp. 155
Coaxial Lines Operating in the TEM Modep. 157
Stripline Operating int eh TEM Modep. 159
Microstrip Line Operating in the Dominant Modep. 160
Rectangular Waveguide Operating in the TE[subscript 10] Modep. 161
Ridged Waveguide Operating in the TE[subscript 10] Modep. 162
Component Analysis Using ABCD Matricesp. 163
Analysis of a Planar Dividerp. 172
Power Amplifier Modulesp. 183
Power Supply and Energy Storage Designp. 193
Power Supply Optionsp. 193
Pulse Waveform Amplitude and Phase Variationp. 195
Droop in Pulsed Transmittersp. 196
MTI Improvement Factor Limitationsp. 198
Reliability of Solid-State Radar Transmittersp. 201
Reliability Prediction for a CSAp. 202
A Simple Reliability Prediction Equationp. 206
Reliability and Cost Trade-Offs Between Solid-State and Vacuum-Tube Transmitters for Phased Array Radarsp. 206
Life Cycle Cost Trade-Off Analysisp. 212
Examples of Successful Solid-State Radar Transmitter Designsp. 215
G.E. TPS-59p. 217
The AN/TPS-59, General Electric Company, EHM-12, 413/1000, March 1977p. 217
Performance Evaluation by E. J. Gersten and R. A. Joseph, General Electric Company, paper presented at EASCON 76, September 1976p. 226
Solid-State Devices for Radarp. 230
Solid-State Transmit/Receive Module for the PAVE PAWS Phased Array by D. Hoft. Reprinted from Microwave Journal, October 1978p. 246
A 250 kW Solid-State AN/SPS-40 Radar Transmitter by K. Lee, C. Corson, and G. Mols. Reprinted from Microwave Journal, July 1983p. 251
Proof of the CSA Theoremsp. 265
Indexp. 269
Table of Contents provided by Syndetics. All Rights Reserved.

More in Technology in General

Breakneck : China's Quest to Engineer the Future - Dan Wang

RRP $55.00

$42.75

22%
OFF
The Design of Everyday Things : Revised and Expanded Edition - Don Norman
Joysticks to Haptics : A Visual History of Video Game Controllers - Lost in Cult
Data-driven BIM for Energy Efficient Building Design : 1st Edition - Farzad Pour  Rahimian
Vibration Control of Vehicle Suspension Systems : 1st Edition - Donghong  Ning
The C Programming Language : Prentice Hall Software - Brian Kernighan

RRP $101.95

$72.75

29%
OFF
Basic Economics - Thomas Sowell

RRP $75.00

$73.75

Gilded Rage : Elon Musk and the Radicalization of Silicon Valley - Jacob Silverman
Basic Engineering Mathematics - Adrian Day