Question

Design all of the W/L values of every transistor of this opamp to meet the following specifications: Find differential gain, power dissipation and $V_{Bp}$ & $V_{Bn}$. SR= ±20V/?s, $V_{outmax}$=3V, $V_{outmin}$=0.8V, $V_{icmin}$=1.2V, $V_{icmax}$=3V and GB=40MHz.

Name: Design all of the W/L values of every transistor of this opamp to meet the following specifications: Find differential gain, power dissipation and VBp VBn. SR= ±20V/?s, Voutmax=3V, Voutmin=0.8V, Vicmin=1.2V, Vicmax=3V and GB=40MHz.
Uploaded: 2022-01-15T11:27:14-08:00
Duration: 1 min 26 s
Channel: Ameer Said
Description: Design all of the W/L values of every transistor of this opamp to meet the following specifications: Find differential gain, power dissipation and VBp VBn. SR= ±20V/?s, Voutmax=3V, Voutmin=0.8V, Vicmin=1.2V, Vicmax=3V and GB=40MHz.

          Design all of the W/L values of every transistor of this opamp to meet the following specifications: Find differential gain, power dissipation and $V_{Bp}$ & $V_{Bn}$. SR= ±20V/?s, $V_{outmax}$=3V, $V_{outmin}$=0.8V, $V_{icmin}$=1.2V, $V_{icmax}$=3V and GB=40MHz.

Design all of the W/L values of every transistor of this opamp to meet the following specifications: Find differential gain, power dissipation and VBp VBn. SR= ±20V/?s, Voutmax=3V, Voutmin=0.8V, Vicmin=1.2V, Vicmax=3V and GB=40MHz.

Added by Sergio S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Ameer Said

01/15/2022

Step 1

Step 1: Determine the differential gain (Ad) The differential gain (Ad) can be calculated using the formula: Ad = gm * (RD || RL) Where gm is the transconductance of the input pair and RD || RL is the parallel combination of the load resistor (RD) and the output Show more…

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Texts: Design all of the W/L values of every transistor of this opamp to meet the following specifications: Find differential gain, power dissipation, and Vsp & Van. SR = 20V/μs, Voutmax = 3V, Voutmin = 0.8V, Vicmin = 1.2V, Vicmax = 3V, and GB = 40MHz. VOD M10 M3 M4 M6 Vbp M7 M1 M2 V2 Vbn Vout M8 10pF M11 M5 6W Vb Figure 1