Question

Calculate the CMRR of the given circuit. Idss = 120 μA/V² Vt = -4 V B = 99 R1 = 60 K R2 = 60 K V1 = -V2 = -12 V I1 = 80 μA Vbe = 10.7 V Resistance of constant-current source = 500 K Vil and Vi2 are the triangular input voltages. Vil R1 T3 Τ1 11 V2 T2 R2 T4 VI Vo Vi2

Name: calculate the cmrr of the given circuit idss 120 av2 vt 4 v b 99 r1 60 k r2 60 k v1 v2 12 v i1 80 a vbe 107 v resistance of constant current source 500 k vil and vi2 are the triangular input 57228
Uploaded: 2023-07-15T10:20:21-08:00
Duration: 2 min 2 s
Channel: Sri K
Description: calculate the cmrr of the given circuit idss 120 av2 vt 4 v b 99 r1 60 k r2 60 k v1 v2 12 v i1 80 a vbe 107 v resistance of constant current source 500 k vil and vi2 are the triangular input 57228

          Calculate the CMRR of the given circuit.

Idss = 120 μA/V²
Vt = -4 V
B = 99
R1 = 60 K
R2 = 60 K
V1 = -V2 = -12 V
I1 = 80 μA
Vbe = 10.7 V
Resistance of constant-current source = 500 K
Vil and Vi2 are the triangular input voltages.

Vil
R1
T3
Τ1
11
V2
T2
R2
T4
VI
Vo
Vi2

Added by Antonia S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sri K

07/15/2023

Step 1

The differential voltage gain (Ad) of the circuit can be calculated using the formula: Ad = -gm * (R1 || R2) where gm is the transconductance of the transistor and R1 || R2 is the parallel combination of R1 and R2. Show more…

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Calculate the CMRR of the given circuit. Idss = 120 μA/V² Vt = -4 V B = 99 R1 = 60 K R2 = 60 K V1 = -V2 = -12 V I1 = 80 μA Vbe = 10.7 V Resistance of constant-current source = 500 K Vil and Vi2 are the triangular input voltages. Vil R1 T3 Τ1 11 V2 T2 R2 T4 VI Vo Vi2