![For a transistor amplifier, the voltage gainA. Remains constant for all frequenciesB. Is high at low and high frequencies and constant in the middle range frequencies.C. Is low at low and high For a transistor amplifier, the voltage gainA. Remains constant for all frequenciesB. Is high at low and high frequencies and constant in the middle range frequencies.C. Is low at low and high](https://www.vedantu.com/question-sets/b58fcc09-4d21-4df8-afee-98197bab76063625663475930430196.png)
For a transistor amplifier, the voltage gainA. Remains constant for all frequenciesB. Is high at low and high frequencies and constant in the middle range frequencies.C. Is low at low and high
![a) Schematics of a simple voltage amplifier only based on transistors... | Download Scientific Diagram a) Schematics of a simple voltage amplifier only based on transistors... | Download Scientific Diagram](https://www.researchgate.net/publication/325167927/figure/fig2/AS:626756453167104@1526441791605/a-Schematics-of-a-simple-voltage-amplifier-only-based-on-transistors-ie.png)
a) Schematics of a simple voltage amplifier only based on transistors... | Download Scientific Diagram
![How to build a DC push-pull voltage amplifier with transistors? - Electrical Engineering Stack Exchange How to build a DC push-pull voltage amplifier with transistors? - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/DZESr.png)
How to build a DC push-pull voltage amplifier with transistors? - Electrical Engineering Stack Exchange
![Can the Common Emmiter Amplifier use a PNP Transistor instead? - Electrical Engineering Stack Exchange Can the Common Emmiter Amplifier use a PNP Transistor instead? - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/xO68Y.gif)