An OTA with a transconductance of 2000 µS has a load resistance of 5 k▲. If the input voltage is 300 mV, the output voltage is
A)1.5 V
B)5.0 V
C)7.5 V
D)3.0 V

Question

Quizplus · Accepted Answer

The output voltage (V_out) of an Operational Transconductance Amplifier (OTA) can be calculated using the formula V_out = gm * R_load * V_in, where gm is the transconductance, R_load is the load resistance, and V_in is the input voltage. Substituting the given values: V_out = 2000 µS * 5 kΩ * 300 mV = 3 V.

An OTA with a Transconductance of 2000 µS Has a Load