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Capacitor is basically voltage holding device. So it can be used for wave shaping Circuits. Integrator is nothing but voltage integrator with respect to time. As per capacitance different voltages at sequential instants are integrated with respect to time.
Circuits whose output is in the form of a wave. For instance, there are sine waves, square waves, triangle waves, and others.
Basically an analog circuit is any circuit which uses the voltage (or current) level to deliver information (say.. a sine wave or an audio output). In contrast a digital circuit would only use a high and a low voltages (square wave, binary data transfer etc). Discrete circuits are circuits only using basic components (resistors, transistors, capacitors etc) instead of integrated circuit packages. A lot of discrete circuits are analog but they don't have to be. And a lot of ICs are digital but they don't have to be...
By switching circuits or transistors that turn on and off the polarity. This usually results in a square wave output. Then capacitors charge and discharge to smooth out the square wave to resemble the AC sine wave. The better or more expensive the inverter, the closer to an actual sine wave it gets.
Timers, oscillators, square wave generator, power supply clocks, system clocks...you name it.
the process of producing non sinusoidal output waves from sinusoidal input is cald non linear wave shaping.. the circuits of this sort are called non linear wave shaping circuits.. they are of two types.. clippers and clampers
Shaping
Capacitor is basically voltage holding device. So it can be used for wave shaping Circuits. Integrator is nothing but voltage integrator with respect to time. As per capacitance different voltages at sequential instants are integrated with respect to time.
if a sinusoidal voltage is applied to linear circuit the output voltage is also sinusoidal in nature as far as the waveform is concerned the amplitude of input signal may change and there may be phase displacement between input voltages and output voltages
Circuits whose output is in the form of a wave. For instance, there are sine waves, square waves, triangle waves, and others.
A: Short Circuits
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i dont know why is it
used as wave form generators like sinusoidal and non sinusoidal,
it is DC powered, but can generate sawtooth or triangular wave AC if wired up properly. it cannot generate sine wave AC, although with an opamp wave shaping circuit the triangular AC waveform can be reshaped to a rough approximation of a sine wave.
J. Helszajn has written: 'Passive and active microwave circuits' -- subject(s): Microwave circuits, Microwave devices 'Stripline Circulators' -- subject(s): Circulators, Wave-guide, Design and construction 'The stripline circulator' -- subject(s): Circulators, Wave-guide, Design and construction 'Green's function, finite elements, and microwave planar circuits' -- subject(s): Mathematical models, Microwave integrated circuits, Finite element method, Green's functions 'Principles of microwave ferrite engineering' -- subject(s): Microwaves, Ferrite devices 'Microwave engineering' -- subject(s): Ferrite devices, Microwave antennas, Microwave circuits 'Waveguide junction circulators' -- subject(s): Circulators, Wave-guide, Junctions, Wave-guide
A wave trap is an object used in power line communications that is made up of several resonant circuits. A wave trap protects the power line from crashing by preventing high frequency waves from coming through.