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Practical Audio Amplifier Circuit Projects.pdf
Mignon, I had the same question about a/b’s. My circuit board I have the a/b switches on the control head and I’m going to have the power amplifier, into a box on the right side of the “head.” I’m going to run both to the amplifier through the VCA loop which allows to use the front faders to control the volume of the a/b outputs. So which way do I wire the a/b’s from the d-bs to the VCA loop? Or do I wire them back to the fader I have on the end? Or do I do one of both?
Hello,
I am looking to build a really cheap (around 200 Euro) and beginner friendly audio amp which lets me connect my 1,4, 2x10, 2x15 and 4x12 cabinet speakers, but I do not want to lose my ears.
I have several questions concerning that:
1.) I have to use 3v (2 AA) battery to power the amp, for that reason I would like to stick to 2 piece op-amp's or 1'1' op-amp's. I think that the amp's power stage is not enough to reach the 3v-output (where the voltage divider circuit is placed), is this correct?
2.) Is a dual-push-pull opto-coupler 5v needed (connected to the 12v-output)?
3.) If I can actually achieve my 3v-output without touching the input (with a protective circuit, as I know I can have with 1v-input), how about 2v-input?
4.
Here is an audio amplifier circuit project for beginners to use as a starting point for building high performance audio power amplifiers. The circuit is set up in such a way to exhibit Class A, Class B, and Class C operations as you adjust the bias point of the output transistors. The circuit is set up with a fixed bias voltage for the base of the output stage transistors. This fixed bias provides a stabilizing Q point of about 0.5 V near the transistor cut-off point, and allows you to have close to 75% efficiency in Class A operation. However, if you set the Q-point further out with a biased bias voltage, the efficiency drops to about 50% (Class B operation). Finally, when the Q point is beyond the collector current limit of the transistors, then the system enters Class C operation where there is almost no output power.
Mignon, I had the same question about a/b’s. My circuit board I have the a/b switches on the control head and I’m going to have the power amplifier, into a box on the right side of the “head.” I’m going to run both to the amplifier through the VCA loop which allows to use the front faders to control the volume of the a/b outputs. So which way do I wire the a/b’s from the d-bs to the VCA loop? Or do I wire them back to the fader I have on the end? Or do I do one of both? Hello, I am looking to build a really cheap (around 200 Euro) and beginner friendly audio amp which lets me connect my 1,4, 2x10, 2x15 and 4x12 cabinet speakers, but I do not want to lose my ears. I have several questions concerning that: 1.) I have to use 3v (2 AA) battery to power the amp, for that reason I would like to stick to 2 piece op-amp's or 1'1' op-amp's. I think that the amp's power stage is not enough to reach the 3v-output (where the voltage divider circuit is placed), is this correct? 2.) Is a dual-push-pull opto-coupler 5v needed (connected to the 12v-output)? 3.) If I can actually achieve my 3v-output without touching the input (with a protective circuit, as I know I can have with 1v-input), how about 2v-input? 4. Here is an audio amplifier circuit project for beginners to use as a starting point for building high performance audio power amplifiers. The circuit is set up in such a way to exhibit Class A, Class B, and Class C operations as you adjust the bias point of the output transistors. The circuit is set up with a fixed bias voltage for the base of the output stage transistors. This fixed bias provides a stabilizing Q point of about 0.5 V near the transistor cut-off point, and allows you to have close to 75% efficiency in Class A operation. However, if you set the Q-point further out with a biased bias voltage, the efficiency drops to about 50% (Class B operation). Finally, when the Q point is beyond the collector current limit of the transistors, then the system enters Class C operation where there is almost no output power. 5ec8ef588b
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