Question:
Which of the following waveforms represents the output V. of the circuit given below? The Zener diode used has a Zener breakdown voltage of 1 V and can be assumed ideal while in forward bias.
Which of the following waveforms represents the output V. of the circuit given below? The Zener diode used has a Zener breakdown voltage of 1 V and can be assumed ideal while in forward bias.
Updated On: Jul 17, 2024
Hide Solution
Verified By Collegedunia
The Correct Option is C
Solution and Explanation
The correct option is (C) : 
.
.Was this answer helpful?
0
0
Top Questions on Zener Diodes
- In the given circuit if the power rating of Zener diode is 10 mW, the value of series resistance Rs to regulate the input unregulated supply is :
- JEE Main - 2024
- Physics
- Zener Diodes
- The I-V characteristics of an electronic device shown in the figure. The device is
- JEE Main - 2024
- Physics
- Zener Diodes
- In the figure below, the diode is ideal. The current reading shown in the ammeter is ________ A. Give your answer rounded off to the nearest integer.
- GATE BM - 2024
- Electrical Circuits
- Zener Diodes
- What will be the range of input voltage \(V_i\) in which the Zener diode shown in the figure below, conducts?
- CUET (PG) - 2023
- Physics
- Zener Diodes
Questions Asked in GATE BM exam
- The equivalent impedance, ZAB, in the circuit given below is ________ Ω. Give your answer rounded off to one decimal place.
- GATE BM - 2024
- An Electric Circuit
- The approximate total cross sectional areas of various types of blood vessels are given below. It was estimated that the velocity of blood in the aorta is 30 cms-1. The time it will take for the blood to travel through a capillary of length 0.5 mm is_______ seconds. Give your answer rounded off to two decimal places.
Vessel Type Approximate total cross sectional area (cm2) Aorta 4.5 Artery 20 Arteriole 400 Capillary 4500 Venule 40 Vein 15 - GATE BM - 2024
- Cardiovascular system
- A person creates an apparatus as shown in the figure to exercise the extensor muscle of the hand. It is given that OP = 0.15 m, OQ = 0.35 m, θ = 30°, the weight of the lower arm = 20 N, the center of mass of the lower arm is at point P, the magnitude of the applied tensile force F = 50 N. If the extensor muscle is acting with a moment arm of 0.25 m, the muscle force required to hold the hand at the position shown in the figure is ______ N. Give your answer rounded off to the nearest integer.
- A bio-potential signal of 4 mV on the skin surface was fed to an amplifier with a differential gain of 2000. The noise in the signal is 1000 mV. If the amplifier output produces a noise output of 200 mV, the common mode rejection ratio of the amplifier is ________ dB. Give your answer rounded to the nearest integer.
- GATE BM - 2024
- Central Nervous system
- An artificial fore-arm has a moment-of-inertia around the center of mass as 0.3kg.m2. The mass of the artificial fore-arm is 3 kg. If the distance from the elbow joint to the center of mass of the fore-arm is 20 cm, the moment-of-inertia of the fore-arm about the elbow joint is ________ kg.m2. Give your answer rounded off to two decimal places.
- GATE BM - 2024
- Central Nervous system
View More Questions