A. 3
C. 4
D. 2
A. The open-loop voltage gain
C. The input resistance
D. The ratio of the input resistance to feedback resistance
B. 10 volts
C. 5/ volts
D. 5 volts
A. High and low
C. Differential ans non differential
D. Positive and negative
A. 1/12A
C. 0.2A
D. 0.6A
B. Av + Ac
C. Ac / Av
D. 1 + Av / AC.
B. 5/2 V
C. 5V
D. 5 V
A. 127.3 Hz
C. 127.3 kHz
D. 12.73kHz
A. Have high reverse current
B. Not invert the signal
C. Not need an input resistor
A. Energy is to be stored/discharged in parasitic capacitances
B. It would prevent noise from causing false triggering
D. Effects of temperature would be compensated
A. ?
B. 120k
D. 10k
B. A rectangular wave
C. A triangular wave with dc bias
D. A sinusoidal wave
A. -1.2V
B. -6V
C. -0.2V
A. CMMR
B. Open-loop gain
C. Bandwidth
A. Voltage followers
B. Buffers
C. Voltage regulators
A. Difference amplifier
B. Non inverter
D. Voltage follower
A. 2-Jan
B. 0
D. 1
A. voltage controlled current source
B. Current controlled Current source
C. Current controlled voltage source
A. Triangular wave
B. Parabolic wave
C. Square wave
A. 795mV
C. 395mV
D. 39.5mV
A. 2
C. 3
D. 4
A. The current into the input terminals is zero
B. The output resistance is zero
C. The differential voltage across the input terminals is zero
B. Less than one
C. Equal to one
D. Of zero
A. Ri=? ,A=? ,R0=?
C. Ri=0 ,A=? ,R0=0
D. Ri=0 ,A=? ,R0=?
A. 46dB
B. 25dB
D. 50dB
B. 1000/17KHz
C. 1000/7.07KHz
D. 100KHz
A. Current controlled Current source
C. Voltage controlled Current source
D. Current controlled Voltage source
Showing 1 to 27 of 27 mcqs