Determine the poles in frequency response at node a

Assignment Help Electrical Engineering

Reference no: EM13273907

An AC model of a cascode common-source amplifier is shown below. M1 and M2 are biased in saturation mode. The parasitic capacitors in the transistors are included. Determine the poles in frequency response at node A, X, and Y respectively.

(Hint: When calculating node X, Miller Effect should be included. You need to figure out the DC gain of node X versus node A.)

Reference no: EM13273907

Questions Cloud

How do earthquakes occur : How do earthquakes occur and where are they the most prevalent?Where have they occurred this year?Who studies the occurrence of earthquakes?What do they use to predict them?

Find the probability that a value randomly selected from : Find the probability that a value randomly selected from this population will have a value between 90 and 130.

What is the peak value of the voltage across this resistor : The rms current in a 43 ohm resistor is 0.58 A. What is the peak value of the voltage across this resistor

Relations between the us and the soviet union : Why did relations between the US and the Soviet Union deteriorate after World War II?

Determine the poles in frequency response at node a : An AC model of a cascode common-source amplifier is shown below. M1 and M2 are biased in saturation mode. The parasitic capacitors in the transistors are included. Determine the poles in frequency response at node A, X, and Y respectively.

Design a circuit to provided a positive voltage : Design a circuit to provided a positive voltage whose magnitude is equal to the acceleration (revolutions pre minute) of the wheel. Assume the velocity sensor's output 1 mV/rpm, and the wheel rotates at less than 3500rpm.

What is the phase difference between the voltage and current : The expression for the steady-state voltage and current at the terminals of a given circuit are, V(t)=170cos(120pt + 50°)volts i(t)=40sin(120pt+68°)amps 1-What is the phase difference between the voltage and current

Calculate the voltage across the galvanometer and current : A Wheatstone bridge circuit has resistance arms of 400, 40, 602, and 6000 ohms taken sequentially around the bridge. The galvanometer has a resistance of 110 ohms and is connected between the junction of the 40- and 602-ohm resistors

Find the number of games he won : Bernard and Charles played a round of card games, each game having exactly one winner. Given the following facts, who won the game?

User Account

All Pages