What is the minimum theoretical gain for a non-inverting op-amp amplifier? By minimum, we mean the gain that is closest to zero.

Consider the following ideal op-amp circuit. The minimum-maximum range of Vout depends on the value of RL. Assume that RL > 0.

What is its cutoff frequency of the following high-pass filter? Report your answer in Hz to the nearest 0.1 Hz.

A signal of frequency 60 Hz is the input to a full-wave bridge rectifier. What is the frequency of the output signal (in Hz)?

Select that best applies. Assume JFET has a negative pinch-off voltage . If the input generated from FG2+ increases in magnitude, i.e.

Connecting a load resistor to a passive, first-order highpass filter will decrease the cutoff frequency.

Calculate the resonance frequency in Hz of the passive first order low pass filter as shown below.

   As you debug one of your circuits, you wish to measure the voltage from “Vout” to GND using an ideal DMM. Which of the following is true about your measurement?

What is the ratio of R1 to R2 if the Vin/Vout = 5?

When we measure the resistance, we must take the resistor off the circuit.