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The Class i low-distortion audio output stage (Part 3) - EDN
https://www.edn.com/the-class-i-low-distortion-audio-output-stage-part-3/
The Class i low-distortion audio output stage (Part 3) November 13, 2012. by Kendall Castor-Perry. Comments 0. In the third article of a four …
The Class i low-distortion audio output stage (Part 2) - EDN
https://www.edn.com/the-class-i-low-distortion-audio-output-stage-part-2/
In this, the second part of four articles, Kendall Castor-Perry introduces the driver circuit for what he calls the “Class i” output stage. He …
The Class i low-distortion audio output stage (Part 4) - EDN
https://www.edn.com/the-class-i-low-distortion-audio-output-stage-part-4/
The Class i low-distortion audio output stage (Part 4) November 26, 2012. by Kendall Castor-Perry. Comment 1. In the final part of his series on …
Designing a low-distortion audio output stage - Part 1 ...
https://www.edn.com/designing-a-low-distortion-audio-output-stage-part-1-introduction-the-problem-with-push-pull-outputs/
These articles introduce a systematic approach to the design of very low distortion push-pull output stage for audio power amplifiers. Work on this has been going on (well, on and off, to tell the truth) since February 2 nd, 1981, according to my notebooks. The results presented here focus on algebraic analysis and simulation.
A LOW-DISTORTION CLASS-AB AUDIO AMPLIFIER WITH …
https://wordpress.nmsu.edu/pfurth/files/2015/06/Low_Distortion_Audio_Amplifier_Mohan_2011.pdf
high current at the output stage to drive low resistive loads [5]. The main fea-tures of audio ampli ers are low power dissipation, high output power and low distortion[1],[2],[5],[6],[7]. The ideal choice for audio ampli ers are class-AB and class-D ampli ers [6]. Though class-D ampli ers have high e ciency, low power
Output Stages - University of Pennsylvania
https://www.seas.upenn.edu/~ese319/Lecture_Notes/Lec_20_PowerAmps1_10.pdf
Class A Power Amplifier Design Basic considerations for low (audio) frequency operation. 1. Power usually delivered to a low impedance load. 2. Signal usually has little, preferably no dc content. 3. May have low frequency content, as low as 20 Hz. Emitter follower circuit has best power transfer efficiency, since its output impedance is low.
Low distortion current driven Class-B output stage | diyAudio
https://www.diyaudio.com/community/threads/low-distortion-current-driven-class-b-output-stage.350507/
He also improved the old texan amp and helped me to create this output stage which main features are: * Class-B, 150W/4R, idle current < 1mA. * Current driven output transistors. * voltage gain 1. * Positive feedback in NFB loop. * distortion < 0.01% (1-150W/4R,20-20kHz) The following schematic diagram is not final, it was never build, maybe ...
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