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Using the Pentode/Triode Tube as the Amplifier/Phase Splitter.
http://www.angelfire.com/electronic/funwithtubes/pentode-triode.html
Using the Pentode-Triode Tube as the Amplifier-Phase Splitter.. Over the decades many different ways have been developed to produce the two out of phase signals to drive push-pull power output amplifiers. The one we will begin with here appears in RCA tube manuals numbers RC20 through RC30 spanning the years 1960 through 1975.
Phase splitter which tube? | diyAudio
https://www.diyaudio.com/community/threads/phase-splitter-which-tube.139097/
Just to throw another concept into the pot: Have a look at Arthur Bailey’s article on the improved phase-splitter [Wireless World September 1962 and should be on the internet somewhere] that uses a triode pentode [ECF82]; Arthur Radford used this idea to drive a pair of EL34’s in his very successful STA15 and STA25 amplifiers.
Introduction to RC coupled Audio Frequency Triode …
https://colinjs.com/elec/audio/triodeamp.htm
This article takes a look at how the simplest of the valve types, the triode, is put to work as an audio frequency amplification stage, and examines the process of coupling signals between stages while isolating their DC bias potentials using resistor-capacitor (RC) and other coupling methods, with worked examples for RC and choke coupled stages. Examples are also given of …
Phase Splitters - Bonavolta
https://www.bonavolta.ch/hobby/en/audio/split.htm
This phase-splitter is also called "anode follower" or "see-saw". This splitter takes the signal out of the 1st tube, passes it through a voltage divider and injects it into another tube to obtain the inversed signal. The second schematic is a simplified version that can be used when the following tubes have no grid current. Example at 6V6GT amp.
Phase inverters. - Angelfire
https://www.angelfire.com/electronic/funwithtubes/Amp-Phase.html
Phase Inverters, Phase Splitters and Drivers. ... If there is an imbalance in audio current between the two cathodes a voltage will be developed that has the proper phase to partially cancel the imbalance. ... We see that the plate current in the lower triode is out of phase with the plate current of the upper triode. If they were exactly equal ...
Re: Triode strapped pentodes as split load phase splitters ...
https://www.audioasylum.com/audio/tubes/messages/12/127731.html
Re: Triode strapped pentodes as split load phase splitters 195.93.32.9. Posted by andy evans on September 28, 2003 at 14:13:21 In Reply to: Triode strapped pentodes as split load phase splitters posted by rodney on September 25, 2003 at 11:59:22: I had the good fortune to accidentally wire up a 6EW7 the wrong way - beefy second section first into the higher mu first …
100 Amplifiers, part 2 , 1945 – 54 | Lilienthal Engineering
http://lilienthalengineering.com/100-amplifiers-chapter-1/100-amplifiers-part-2-1945-54
Now, the split-load phase splitter made of the triode coupled EL42 is a very high quality version of the concertino approach.This is because the inner impedance of the triode is very low and the “high” current drawn load resistors as explained in the …
EL84 fixed bias PP Triode | diyAudio
https://www.diyaudio.com/community/threads/el84-fixed-bias-pp-triode.116850/
Thirdly, unless you're stuck with 12AX7 for the voltage amp and splitter, you could do better IMHO. It's OK for guitar amps but I don't think much of it for Hi-Fi use. I'm also unsure if a 12AX7 concertina splitter would do very well driving EL84s in triode mode. A better tube, with 60% of the gain, would be a 12AT7.
Understanding Audio
http://www.r-type.org/articles/art-123g.htm
The Schmitt phase inverter. A further type of phase-splitter, commonly referred to as the Schmitt phase inverter, is illustrated. In this diagram we have two similar triodes (which may, in practice, consist of a double-triode) sharing the common cathode resistors R 2 and R 3.
Description of the audio circuit
https://www.hobbielektronika.hu/forum/getfile.php?id=138674
Every triode bears the halve of this voltage, thus 167 Volts. The phase-splitter needs to deliver 167 / 1.3 = 129 Volts, due to the amplification factor of 1.3. But do not start cheering yet, because this is only halve of the total peak to peak voltage, so the total output voltage of the phase-splitter needs to be 2 * 129 = 258 Vpp.
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