First, we will perform a quick sanity check using Ohm's Law, i.e. power supply and resistors...

  

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First, we will perform a quick sanity check using Ohm's Law, i.e. power supply and resistors only, to give ballpark values for Rc and RE in P3. If we are dealing with a 12V power supply and want to keep output current somewhere between 1 to 20 mA, what magnitudes of resistor values should we be using near the outputs? Calculations are needed here. Power supply: 12V, single sided Voltage gain: 150| or greater. Input signal: 20 mV amplitude, 10 kHz sine wave with 6V DC offset. Output load: 1k0 resistor Input and output coupling capacitors: 10µF Biasing and feedback elements: Resistors and capacitors only. First, we will perform a quick sanity check using Ohm's Law, i.e. power supply and resistors only, to give ballpark values for Rc and RE in P3. If we are dealing with a 12V power supply and want to keep output current somewhere between 1 to 20 mA, what magnitudes of resistor values should we be using near the outputs? Calculations are needed here. Power supply: 12V, single sided Voltage gain: 150| or greater. Input signal: 20 mV amplitude, 10 kHz sine wave with 6V DC offset. Output load: 1k0 resistor Input and output coupling capacitors: 10µF Biasing and feedback elements: Resistors and capacitors only.

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To perform a quick sanity check using Ohms Law well consider the following 1 The range of output cu... View the full answer