Effect of Cell on circuit half-wave rectifier circuit waveforms

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SUMMARY

The discussion focuses on analyzing the waveforms of a half-wave rectifier circuit used to charge a 12V 100Wh battery with an average charging current of 5A. The primary input voltage is specified as 120V at 60Hz, and the transformer has a 2:1 turns ratio. Participants are encouraged to first visualize the waveform without the battery and then consider the battery's impact on the circuit, drawing parallels to other components with similar characteristics.

PREREQUISITES
  • Understanding of half-wave rectifier circuits
  • Basic knowledge of transformer turns ratios
  • Familiarity with waveform analysis
  • Concept of charging currents for batteries
NEXT STEPS
  • Research half-wave rectifier waveform characteristics
  • Study the effects of load components on rectifier output
  • Learn about transformer operation and turns ratio implications
  • Explore battery charging principles and current requirements
USEFUL FOR

Electrical engineering students, circuit designers, and anyone interested in understanding the effects of load on rectifier circuits.

neobrain
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Homework Statement


a) http://i.imgur.com/LrWxrEX.jpg b) http://i.imgur.com/3YmN3Rv.jpg

Homework Equations


A halt-wave rectifier(a) is used to charge a battery E.The battery is rated at 12V 100Wh. Average charging current for the battery should be 5A.The primary input voltage is 120v at 60Hz and the transformer has 2 : 1 turns ratio:

Determine:
i) wave form for Vs, i0, Vs - E
ii)The conductor angle of the diode.

The Attempt at a Solution


[/B]
I have not really done anything tryed to draw the graph or get the conductor angle of the diode as I am confused by what effect the battery has on the waveforms.For I full wave rectifier I have something like figure (b).
 
Last edited:
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hi neobrain, welcome :)

OK for a start remove the battery and draw the waveform expected out of the diode

then consider what the battery is very similar to ... another component with 2 plates
what do you know about what happens when that other component is placed across the output of a half-wave rectifier ?
cheers
Dave
 

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