5.4 Calculate a transfer function in s plane for an ampli- fier in the figure. Hint: Ignore all parasitic elements of transistor. VDD a) What kind of transfer function it is? b) Determine wo and Q. c)...

75.4<br>Calculate a transfer function in s plane for an ampli-<br>fier in the figure. Hint: Ignore all parasitic elements of<br>transistor.<br>VDD<br>a) What kind of transfer function it is?<br>b) Determine wo and Q.<br>c) Determine a transconductance gm of transistor M1<br>such that gain at center frequency is 3. The load resis-<br>tance RL = 500 N.<br>d) Find values for L and C so that the center frequency<br>is 1 Grad/s and-3 dB bandwidth Aw is 100 Mrad/s.<br>Cac = 00<br>o Vout<br>Vin<br>M1<br>RL<br>Which type of circuit is in the figure?<br>Select one:<br>a. low-pass filter<br>b. high-pass filter<br>O c. band-pass filter<br>d. band-reject filter<br>

Extracted text: 5.4 Calculate a transfer function in s plane for an ampli- fier in the figure. Hint: Ignore all parasitic elements of transistor. VDD a) What kind of transfer function it is? b) Determine wo and Q. c) Determine a transconductance gm of transistor M1 such that gain at center frequency is 3. The load resis- tance RL = 500 N. d) Find values for L and C so that the center frequency is 1 Grad/s and-3 dB bandwidth Aw is 100 Mrad/s. Cac = 00 o Vout Vin M1 RL Which type of circuit is in the figure? Select one: a. low-pass filter b. high-pass filter O c. band-pass filter d. band-reject filter

Jun 11, 2022
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