Understanding the V(in)=V(max).sin(wt) Formula for DC Smoothing Circuits

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SUMMARY

The formula V(in) = V(max)·sin(wt) describes the relationship between input voltage and time in DC smoothing circuits. In this equation, V(in) represents the time-varying voltage, V(max) is the peak voltage amplitude, and w denotes the angular frequency in radians per second. The formula illustrates how the input voltage oscillates sinusoidally, which is crucial for determining the time at which the waveform reaches its minimum voltage, V(min), in typical power supply applications.

PREREQUISITES
  • Understanding of sinusoidal waveforms
  • Knowledge of angular frequency and its units
  • Familiarity with DC smoothing circuits
  • Basic electrical engineering principles
NEXT STEPS
  • Study the impact of angular frequency on waveform characteristics
  • Learn about the role of V(max) in power supply design
  • Explore DC smoothing circuit configurations and their applications
  • Investigate the relationship between V(min) and circuit performance
USEFUL FOR

Electrical engineers, students studying circuit design, and professionals working with power supply systems will benefit from this discussion.

Sparkyian
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Can someone please explain to me in brief detail as to what each expression means for the given formula:-

V(in)=V(max).sin(wt)

and to how this formula works? It is a formula that has been given to me in order to work out time at which a waveform=V(min) for a dc smoothing circuit with a typical power supply.
 
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V(in) is a voltage that changes with time. It changes with time in a sinusoidal fashion, with an amplitude of V(max). The angular frequency is w (units: radians/second) or a cycle frequency f=2*pi*w (units: cycles/second or Hz).
 
Thank you very much, I now understand.
 

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