Simulate a diode application circuit using multisim ewb, Electrical Engineering

a. Simulate a diode application circuit using Multisim EWB.  Compare calculated and simulated results

Each student must choose one of the following circuits from question 1 (Refer to name list )

i. Half-Wave and Full wave( 2 diodes)

ii. Full wave bridge

iii. Clipper and Clamper

iv. Zener regulator and Limiting

 

Posted Date: 3/22/2013 1:44:13 AM | Location : United States







Related Discussions:- Simulate a diode application circuit using multisim ewb, Assignment Help, Ask Question on Simulate a diode application circuit using multisim ewb, Get Answer, Expert's Help, Simulate a diode application circuit using multisim ewb Discussions

Write discussion on Simulate a diode application circuit using multisim ewb
Your posts are moderated
Related Questions
Discuss applications of dielectrics. Application of dielectrics: For various applications various properties of dielectric materials are required as: electrical, mechanical

a. Enlist the benefits and drawbacks of in band and out band voice signalling? b. Describe Channel Associated mode, Channel Non-Associated mode and QuasiAssociated mode of commo

Properties of a semiconductor: What properties of a semiconductor are determined from a Hall effect experiment ? Sol. The Hall Effect experiment is used to determine th

Define Shifting and Reversing – Linear System? The signal x[n - m] is said to be time-shifted by m samples, where m is an integer. If m is positive, the shift is to the right (

Number of holes in valence band: Derive the expression for number of holes in valence band and Fermi level in an intrinsic semiconductor. (b) By that percentage does the

Calculate the cross-sectional area, in mm 2 , of a piece of aluminium wire 100 m long and having a resistance of 2Ω. Take the resistivity of aluminium as 0.03 x 10-6 Ωm.

Procedures and methods of the experiments A).      In order to measure the true RMS values of the currents and voltages, students used the true RMS multimeter. It requires two

The resistivity of pure copper is 1.56 micro-ohm -cm.  An alloy of copper contains 1 atomic percent nickel has a resistivity of 2.81 micro-ohm-cm. An alloy of copper containing 3-


Q. A coaxial cable with polyethylene dielectric (ε r =2.26) connects an antenna to a receiver 30maway. Determine the velocity of wave propagation in the cable and the delay of the