1952Transactions of the IRE Professional Group on Antennas and PropagationRequires access

Impedance matching by means of nonuniform transmission lines

J. Gurley

Open publisher page 2 citations

Abstract

A transmission line of varying characteristic impedance is often used as a four-terminal microwave network for the purpose of matching a load having one impedance to a generator having a different impedance. My main point can be summed up by one equation, giving the value of the reflection coefficient at the input or source end of the transmission line. In this equation, x is distance measured along the transmission line, xSand xLare values of x at the generator and load ends of the line respectively, β is the phase constant, and Z0is the characteristic impedance.

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What this paper is about

A transmission line of varying characteristic impedance is often used as a four-terminal microwave network for the purpose of matching a load having one impedance to a generator having a different impedance. My main point can be summed up by one equation, giving the value of the reflection coefficient at the input or source end of the transmission line. In this equation, x is distance measured along the transmission line, xSand xLare values of x at the generator and load ends of the line respectively, β is the phase constant, and Z0is the characteristic impedance.

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Available abstract

A transmission line of varying characteristic impedance is often used as a four-terminal microwave network for the purpose of matching a load having one impedance to a generator having a different impedance. My main point can be summed up by one equation, giving the value of the reflection coefficient at the input or source end of the transmission line. In this equation, x is distance measured along the transmission line, xSand xLare values of x at the generator and load ends of the line respectively, β is the phase constant, and Z0is the characteristic impedance.

Key concepts: Impedance matching, Transmission line, Generator (circuit theory), Electrical impedance, Matching (statistics), Line (geometry), Characteristic impedance, Electric power transmission

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