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Here you go.The .png file is huge. Can you make the view smaller
Can you identify the the stages of this circuit?Thankyou. The file size is now much better, especially for viewers using mobile devices or with slow/capped broadband.
There is no simple answer to your question. Resistor values are chosen according to the function of the relevant part of the circuit. In general, higher values are associated with low current parts and lower values with high current parts. Choice of value is often a compromise, bearing in mind such factors as circuit loading, thermal noise, gain, power loss, minimising battery current etc.
Can you identify the the stages of this circuit?
The amp you describe is AC coupled and has some sort of phase splitter in the front end. There is a temperature compensated bias regulator, an ability to adjust the offset and a darlington output stage. The output is capacitive coupled and you really don't want that.
I'm quite interested at what class this amplifier is? can anyone tell me?
It is an audio amplifier. If it operated in class-A then it would be a heater. If it operated in class-B or class-C then the distortion would be horrible.I'm quite interested at what class this amplifier is? can anyone tell me?
When you learn all about basic electronics then you will know what each part does simply by looking at the schematic.can anyone explain how this circuit works? what each part(transistor, resistor, etc) function as for the amplifier?