Question

2V 2V 500 ? 500? V_{CM} V_{CM} T1 T2 V_{S} -1V T3 -2V In the figure, $V_{TN}$ = 0.5V for NMOS transistors, T1 and T2 transistors are identical and $K_{n1}$=$K_{n2}$=1 mA/V² and $K_{n3}$ = 2 mA/V2, what should be the $V_{CM}$ value range for transistors to work in saturation? Calculate. ($V_{CM}$ is applied simultaneously to the gate terminals of T1 and T2 transistors.)

          2V
2V
500 ?
500?
V_{CM}
V_{CM}
T1
T2
V_{S}
-1V
T3
-2V
In the figure, $V_{TN}$ = 0.5V for NMOS transistors, T1 and T2 transistors are identical and $K_{n1}$=$K_{n2}$=1 mA/V² and $K_{n3}$ = 2
mA/V2, what should be the $V_{CM}$ value range for transistors to work in saturation? Calculate. ($V_{CM}$ is applied
simultaneously to the gate terminals of T1 and T2 transistors.)

2V
2V
500 ?
500?
VCM
VCM
T1
T2
VS
-1V
T3
-2V
In the figure, VTN = 0.5V for NMOS transistors, T1 and T2 transistors are identical and Kn1=Kn2=1 mA/V² and Kn3 = 2
mA/V2, what should be the VCM value range for transistors to work in saturation? Calculate. (VCM is applied
simultaneously to the gate terminals of T1 and T2 transistors.)

Added by Angela T.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Shaiju T

Step 1

In order for the transistors to work in saturation, the gate-source voltage (Vgs) of each transistor must be greater than the threshold voltage (Vth). Show more…

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2V 2V 50092 50092 V CM VCM T 1 T2 Vs In the figure, V-= 0.5V for NMOS transistors, T1 and T2 transistors are identical and K,=K,=1 mA/V2 and K, = 2 mA/V2, what should be the Vcm value range for transistors to work in saturation? Calculate. (Vcm is applied simultaneously to the gate terminals of jT1 and T2 transistors.