Mode1 - power supplies , Electrical Engineering

Assignment Help:

Mode1

When the positive  pulse  from PWM  is applied to the transistor Q shown  in figure  it gets  turned  on. In  this condition current  flows  through  transistor Q and.

Inductor L. Inductor  stores the energy. Diode D is reverse biases in mode 2. If  the transistor Q  is supplied  with negative pulse  it gets turned off and  inductor  reverses its polarity.  Now diode  D is  forward biased with  negative polarity  of inductor.


Related Discussions:- Mode1 - power supplies

Thunderstrom detector, Ask question #how to construct thunderstrom detector...

Ask question #how to construct thunderstrom detector with circuit breaker.

Student, difference between cmp and sub in microprocessor.

difference between cmp and sub in microprocessor.

Sketch the waveforms of sinusoidal voltage source, Q. Consider the op-amp c...

Q. Consider the op-amp circuit of Figure. Sketch the waveforms of v S and v o , if v S is a sinusoidal voltage source with a peak value of 2.

Framework for indicators in electricity sector, Framework for Indicators in...

Framework for Indicators in Electricity Sector A framework has been developed and a set of core indicators for electricity Sector has been proposed. In the first example, mapp

Engine management systems for ic engines, In continuation of Part-B, the st...

In continuation of Part-B, the student is required to configure an engine management system for the proposed engine and produce a report including the following: A preamble

Define sampling at a very high frequency, Define Sampling at a Very High Fr...

Define Sampling at a Very High Frequency? By sampling at a very high frequency compared with the signal frequency, we can ensure that we do not miss important information. Anot

Waveguides, Why are waveguides not used at low frequencies?

Why are waveguides not used at low frequencies?

Determine downink of a cdma system, Consider the point-to-point radio link ...

Consider the point-to-point radio link introduced in problem 9. By how much must transmit power be increased to maintain the maximum BER of 10-5 if the channel is flat Rayleigh-fad

Find the current Flow, Q. A charge q(t) = 50+1.0t C ?ows into an electric c...

Q. A charge q(t) = 50+1.0t C ?ows into an electric component. Find the current ?ow.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd