Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
sir, from where this 1.414 constant value you have taken from, and in ltspice software to make transformer circuit it ask how much impedance of sec. and primary coil , pls tell relation between no. of turn's and impedance.
But I believe the "Actual Impedance" will Depend on Coil Inductance and Frequency of Operation.
NOT SO EASY!
sir, you have not design circuit in lt spice software, or in other software.
Post your schematic.I am making very simple inverter for small load like CFL, I have also used common emitter but it was not boosting current and pls tell is there is any difference in gain of transistor when operating in forward-forward bias and reverse-reverse bias.
as, i was using reverse-reverse biased in darlington it was not working pls tell...!
I am making very simple inverter for small load like CFL, I have also used common emitter but it was not boosting current and pls tell is there is any difference in gain of transistor when operating in forward-forward bias and reverse-reverse bias.
as, i was using reverse-reverse biased in darlington it was not working pls tell...!
I Totally Agree.
Show the Schematic!
And What is with this Reverse Bias?
If your Driving the Transistors with a Square Wave, It is Unlikely you need ANY BIAS.
The Transistors will be Either ON or OFF.
It is from LTspice IV which is a free simulation program from Linear Technology (the linear IC manufacturer).WHAT is an ASC Extension?
I Can't View these.
Your transistor circuits are both WRONG.
1) The first transistor might have its base-emitter forward-biased if the V1 voltage is 0.7V or higher but the transistor does nothing because the emitter voltage and the load's supply voltage are the same at 0V.
2) The second transistor has no base-emitter bias voltage because they both have the same voltage. So the transistor does not conduct and is turned off. The voltage at the load is backwards.
I corrected your schematics: