NDLI: Computer Analysis of Microwave Integrated Switches

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[Front cover, 1967 G-MTT International Microwave Symposium]

Program & Digest, 1967 G-MTT International Microwave Symposium

Coupling of Waveguides by Resistive Films

Attenuating Films in Rectangular Waveguides

A Broadband Absorbing Wall for VHF Range Utilizing Thin Ferrite Tiles

A New Class of Low Loss Reactive Wall Waveguides

Computer Solution of Waveguide Discontinuity Problems

Electromagnetic resonances of free dielectric spheres

Research on Millimeter Wave Communication in Japan

Oversized Rectangular Waveguide Components for mm Waves

The Superconducting Resonator - A New Microwave Component

A Frequency Transformation for Commensurate Transmission-Line Networks

Radial-Line Band Rejection Filters in Coaxial Waveguides

Wideband, High Selectivity Diplexers Utilizing Digital-Elliptic Filters

A Computer Designed, 720 to 1 Microwave Compression Filter

Optimal 3-Port Power Dividers Derived from Hybrid-T Prototypes

Electrically Short 90/spl deg/ Couplers Utilizing Lumped Capacitors

A Stripline Directional Coupler Utilizing a Non-Homogeneous Dielectric Medium

A Non-Reciprocal Ferrite Hybrid

High Power UHF Y Junction Circulator

S-Band Latching Circulator with 10-Nanosecond Switching Speed

A New Type of Latching, Switchable, Ferrite-Junction Circulator

Broadband Latching Waveguide Circulator

A High Power, Y Junction, E-Plane Circulator

Latching Ferrite Phase Shifter for Scanning Dielectric Lens

Polarization Insensitive Phase Shifter for Use in Phased Array Antennas

A General Theory for Spin-Wave Suppression in Ferrites

Dependence of Peak Power Threshold Upon /spl omega/M / /spl omega/

Non-Linear Threshold in Remanent Ferrite

Operating Dynamics and Performance Limitations of Ferrite Digital Phase Shifters

Computer-Aided Analysis as a Quantitative Design Tool for Ferrite Phase Shifters and Resonance Isoiators

Non-Reciprocal Remanence Phase Phase Shifters in H-Guide

Ferrite Microstrip Propagation

On Wave Propagation in Periodic Media Containing Ferrite

High Dielectric Substrates for Microwave Hybrid Integrated Circuitry

Microstrip Transmission Lines on High Dielectric Constant Substrates for Hybrid Microwave Integrated Circuits

Microstrip Circuitry for Integrated Transistor Amplifiers

Microstrip Hybrid Couplers and Thier Integration Into Balanced Mixers at X and K-Bands

Lumped Elements in Microwave Integrated Circuits

All Garnet Microstrip Circulators for Integrated Circuits

A Thin Film X-Band Varactor Quadruper

Computer Analysis of Microwave Integrated Switches

Recent Advances in Bulk Semiconductor Microwave Devices in Japan

Status and Future of IMPATTS

Series Stacked Varactors for High Power, High Frequency Applications

Iterative Synthesis of Varactor-Multiplier Microwave Networks and a Doubler with 0.17 Watt Output at 47 GHz

YIG Tuned and Varactor Tuned L-Band Transistor Oscillator

Frequency Modulation of Avalanche Transit Time Oscillators

A High Speed Binary Pulse Regenerator in Microwave Frequencies

Microwave Propagation and Faraday Effect in a Solid State Plasma Waveguide

Varactor Linear Microwave Phase Moduiator

A Subnanosecond X-Band Pulse Modulator

High Power, Octave Bandwidth, SPDT Microwave Switches

High Power Pin Diode Limiting

Ferroelectric Phase Shifters

Plasma Varactor X-Band Phase Shifters

A Multikilowatt X Band Nanosecond Source

Realization of Microwave Circuit Functions Using Acoustic Waves

Current Status of Microwave Delay Lines

Broadband, Fixed Tuned, Acoustic Delay Lines at L and S Band Frequencies

Frequency Modulation and Translation with Magnetoelastic Waves in YIG

Two-Port UHF Pulse Compression Via Magnetostatic Waves in YIG Rods

Wideband Pulse Compression Using Magnetoelastic Waves in YIG Rods

Index to Authors, 1967 G-MTT International Microwave Symposium

Computer Analysis of Microwave Integrated Switches

Content Provider	IEEE Xplore Digital Library
Author	Stinehelfer Sr., H.E.
Copyright Year	1967
Abstract	The circuit analysis of microwave networks composed of distributed transmission lines and lumped circuit elements soon become complex when the transmission lines employed have significant loss that must be considered. The many possible combinations of Iumped circuit parameters and the use of shorted and open stubs to form resonant circuits useful for the control of microwave energy make it very necessary to use the computer to do the complex calculations for circuit analysis. Such a program must contain the possibility then for the user to specify not only the network numerical values but the way in which these network components are connected. In general the characteristics of a network can be computed from its ABCD matrix. The specification of a network is then broken down into its simplest form called a SECTION, each SECTION being specified by eleven parameter values or circuit TYPE designations. When each SECTION is so specified the computer calculates the transfer ABCD matrix for this section of the network and combines this matrix to the preceding SECTIONS by matrix multiplication before considering the next section of the network. A Flow Diagram for the computer program is shown in Fig. 1. After the first data card containing a name and number for indentification is read the input data for the first case or problem is read. The computer then prints out the titles and input data so specified for the user to check the PARAMETER values and control TYPE numbers given in the data. The specified PARAMETER changes are made in the SECTIONS designated and a set of changes called the VARIABLE is made to the network. The VARIABLE becomes the horizontal axis for plotting the characteristics of the network and the PARAMETER changes generate a family of curves for the network analysis. After each change in the VARIABLE the ABCD matrix is calculated and/or stored in core for later plotting. After all changes in the VARIABLE and PARAMETER are complete, a tape is generated to control the plotting of the network characteristics by the High Speed Microfilm Recorder SC-4020.
Starting Page	147
Ending Page	149
File Size	153517
Page Count	3
File Format	PDF
DOI	10.1109/GMTT.1967.1122623
Language	English
Publisher	Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Publisher Date	1967-05-08
Publisher Place	USA
Access Restriction	Subscribed
Rights Holder	Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subject Keyword	Transmission line matrix methods Distributed parameter circuits Microwave circuits RLC circuits Circuit analysis computing Computer networks Character generation Switches Circuit analysis Propagation losses
Content Type	Text
Resource Type	Article

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