© 1992 IEEE. A parallel-tuned class E amplifier with finite dc-feed inductance is analysed to develop equations describing its operation. The describing equations are used to determine the load-independent properties of the amplifier. It is shown that this topology theoretically can provide simultaneous loadindependent output voltage and load-independent efficiency, but cannot provide toad-independent output current
Because of their high operating efficiency, class E circuits have been shown to be useful in high-fr...
Many critical design trade-offs of the class-E power amplifier (e.g power efficiency) are influenced...
This article presents the analysis and design of a Class-EM/Fn power amplifier (PA). The high peak s...
© 1992 IEEE. The conventional class E topology can be configured to achieve simultaneous load-indepe...
The conventional class E topology can be configured to achieve simultaneous load-independent output ...
Previous analyses of class E amplifiers have required infinite output network Q and/or infinite dc-f...
Many critical design trade-offs of the Class-E poweramplifier (e.g power efficiency) are influenced ...
Abstract — Many critical design trade-offs of the Class-E power amplifier (e.g power efficiency) are...
Abstract — In literature, it is widely accepted that the design of Class-E Power Amplifier (PA) with...
Abstract—In literature, it is widely accepted that the design of Class-E Power Amplifier (PA) with f...
Previous descriptions of class E amplifiers and frequency multipliers have required a radio frequenc...
In literature, it is widely accepted that the design of Class-E Power Amplifier (PA) with finite dc ...
It was previously shown that the constant-current-fed class-E amplifier cannot be configured for a c...
It was previously shown that the constant-current-fed class-E amplifier cannot be configured for a c...
It was previously shown that the constant-current-fed class-E amplifier cannot be configured for a c...
Because of their high operating efficiency, class E circuits have been shown to be useful in high-fr...
Many critical design trade-offs of the class-E power amplifier (e.g power efficiency) are influenced...
This article presents the analysis and design of a Class-EM/Fn power amplifier (PA). The high peak s...
© 1992 IEEE. The conventional class E topology can be configured to achieve simultaneous load-indepe...
The conventional class E topology can be configured to achieve simultaneous load-independent output ...
Previous analyses of class E amplifiers have required infinite output network Q and/or infinite dc-f...
Many critical design trade-offs of the Class-E poweramplifier (e.g power efficiency) are influenced ...
Abstract — Many critical design trade-offs of the Class-E power amplifier (e.g power efficiency) are...
Abstract — In literature, it is widely accepted that the design of Class-E Power Amplifier (PA) with...
Abstract—In literature, it is widely accepted that the design of Class-E Power Amplifier (PA) with f...
Previous descriptions of class E amplifiers and frequency multipliers have required a radio frequenc...
In literature, it is widely accepted that the design of Class-E Power Amplifier (PA) with finite dc ...
It was previously shown that the constant-current-fed class-E amplifier cannot be configured for a c...
It was previously shown that the constant-current-fed class-E amplifier cannot be configured for a c...
It was previously shown that the constant-current-fed class-E amplifier cannot be configured for a c...
Because of their high operating efficiency, class E circuits have been shown to be useful in high-fr...
Many critical design trade-offs of the class-E power amplifier (e.g power efficiency) are influenced...
This article presents the analysis and design of a Class-EM/Fn power amplifier (PA). The high peak s...