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Category: chapter 1 microelectronics by sedra and smith

Category: chapter 1 microelectronics by sedra and smith

Questions6: Sketch the transfer characteristic versus v1 for the limiter circuit. all diodes begin conducting at a forward voltage drop of 0.5V and have voltage drops of 0.7V when conducting a current mA.

Questions6: Sketch the transfer characteristic versus v1 for the limiter circuit. all diodes begin conducting at a forward voltage drop of 0.5V and have voltage drops of 0.7V when conducting a current mA.

Question 5: A shunt regulator utilizing a diode with an incremental resistance of is fed through an 82 resistor. if the raw supply changes by 1.0V, what is the corresponding change in the regulated output voltage?

Question 5: A shunt regulator utilizing a diode with an incremental resistance of is fed through an 82 resistor. if the raw supply changes by 1.0V, what is the corresponding change in the regulated output voltage?

Question 4: In the circuit D: has 10 times the junction area of D2. What value of V results ? To obtain a value for V of 60mV. what current I2 is needed?

Question 4: In the circuit D: has 10 times the junction area of D2. What value of V results ? To obtain a value for V of 60mV. what current I2 is needed?

Question 2:At what forward voltage does a diode conduct a current equal to 10000Is? In terms of Is, what current flows in the same diode when its forward voltage is 0.7V?

Question 2:At what forward voltage does a diode conduct a current equal to 10000Is? In terms of Is, what current flows in the same diode when its forward voltage is 0.7V?

Question 1:Assuming that the diode in the circuit is ideal, find the values of the labeled current and voltage

Question 1:Assuming that the diode in the circuit is ideal, find the values of the labeled current and voltage

Question 3:

Question 3:

Question 3. a) Evaluate the following integral to two decimal places using 4 equal subintervals in both the trapezium rule and Simpson' rule.

Question 3. a) Evaluate the following integral to two decimal places using 4 equal subintervals in both the trapezium rule and Simpson’ rule.

b) calculate the Fourier transform of the function state the Fourier transforms of the function f(t-4) and the function ?

b) calculate the Fourier transform of the function state the Fourier transforms of the function f(t-4) and the function ?

Question 2: a) Calculate the symmetric Fourier series expansion of the following periodic function of period ?

Question 2: a) Calculate the symmetric Fourier series expansion of the following periodic function of period ?

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gulshan

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