A transistor is primarily used to amplify or switch electronic signals and can indeed be utilized in circuits that convert pulsating DC into another form of pulsating DC. However, its primary function is not to transfer but to control and modulate signals. In applications like switching power supplies or pulse width modulation (PWM) circuits, transistors can effectively manage and modify pulsating DC voltage. Thus, while they can work with pulsating DC, the term "transfer" may not fully capture the transistor's role in these applications.
voltage regulator is a component to convert pulsating DC into constant DC.
To smooth the output of the pulsating DC.
Transistors are not normally connected to dc motors, but it is possible to use transistors in a speed-control mechanism for a motor.
yes...........
If the input is pulsating DC, then the output will be pulsating DC. It will not be shaped the same, but it will be close, depending on the frequency and rise and fall time in comparison with the inductive reactance of the transformer.
voltage regulator is a component to convert pulsating DC into constant DC.
To smooth the output of the pulsating DC.
When AC full wave is rectified into DC by using bridge rectifier .The DC do not actually behave like an ordinary DC and the DC has a constant value .In fact, it is in pulsating form.This is known as Pulsating DC.
we generally use filters to smooth the sharp curves of DC component we get when we rectify AC components the pulsating Dc is not desirable to a no. of devices. These filters are used to make the pulsating DC to a stable one . To be more clear a pulsating DC is viewed as a sum of DC component and AC component these filters actually block the AC components and retain the DC component . so, mainly capacitors and inductors are used to obstruct or pass the dc components respectively
No, unless you have a pulsating DC
its commutator..which converts ac produced by and motor to pulsating dc ... more the commutator divide more accurate dc..means less pulse in dc
Transistors are not normally connected to dc motors, but it is possible to use transistors in a speed-control mechanism for a motor.
A rectifier can convert AC to pulsating DC.
To smooth the output of the pulsating DC.
Transistor are DC output, Triac are AC output.
rectifier circuit convert ac to dc signal
yes...........