Determine small signal voltage gain of the amplifier when the frequency of the input signal is approximately equal to the high cut off frequency. Transistor parameters (NMOS): k = 500 µA/V² , v™N=-2...

Determine small signal voltage gain of the amplifier when the frequency of the input signal is<br>approximately equal to the high cut off frequency.<br>Transistor parameters (NMOS): k = 500 µA/V² , v™N=-2 V, and 2= 0.02 V'.<br>Transistor parameters (BJT): B = 100 and VA = 45 V .<br>V DD<br>10nF<br>VIN<br>vo<br>-910<br>O b. None of them<br>O c. -769<br>O d. -958<br>O e.<br>-644<br>Of.<br>-816<br>O g. -863<br>O h. -712<br>

Extracted text: Determine small signal voltage gain of the amplifier when the frequency of the input signal is approximately equal to the high cut off frequency. Transistor parameters (NMOS): k = 500 µA/V² , v™N=-2 V, and 2= 0.02 V'. Transistor parameters (BJT): B = 100 and VA = 45 V . V DD 10nF VIN vo -910 O b. None of them O c. -769 O d. -958 O e. -644 Of. -816 O g. -863 O h. -712

Jun 10, 2022

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Determine small signal voltage gain of the amplifier when the frequency of the input signal is approximately equal to the high cut off frequency. Transistor parameters (NMOS): k = 500 µA/V² , v™N=-2...

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