Realising the Transient Response of a Capacitor
Review: 5 - "A masterpiece of literature" by , written on May 4, 20020
Great

Realising the Transient Response of a Capacitor

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  • Product SKU: LGSK004
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Highlights
  • Product Code: LGSK004
  • Technical support - available on email
  • Handmade
  • Make in India
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  • Video support to be purchased separately
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Details
  • Solderless Paper circuit.
  • Includes: Circuit drawn on paper and its components, connecting wires
  • Documentation: Description, Component list, and Circuit diagram.
  • Power Supply: No battery included, Includes 9 Volt Battery cap only.
  • Video tutorial is available on YouTube.
  • One set with its components & wires in running condition.
  • Documentation: Description, Component list, and Circuit diagram.
  • Power Supply: No battery included, Includes 9 Volt Battery cap only.
  • Video tutorial is available on YouTube.

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Specification

Description

Transient Response of a Capacitor is more durable. Whenever we apply a dc voltage to the capacitor, it gets charged. Generally, we know that in steady-state, the capacitor doesn’t allow the dc current, but during the transient time (during which the capacitor keeps on charging) a current flows which are not constant but varies with time.

We can realize the transient response very easily from this circuit. In this circuit, as we turn on the power, the led gets turn on during the transient time. We can analyze delivery easily. As the capacitor gets fully charged, the led stops glowing. We can observe it many times by discharging and charging the capacitor.

 

Physical Attributes

  • Dimensions (cm) L x W x H : 20 x 15 x 5
  • Weight (gm): 200

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Customer Reviews

Based on 4 reviews
75%
(3)
25%
(1)
0%
(0)
0%
(0)
0%
(0)
M
MR Syed
its Amazing

Very good & Amazing working project & kit

U
Ujjaval kumar
Great

Realising The Transient Response Of A Capacitor

a
arun yadav
I like it

I like this project���. thank you so much for providing all information.

R
Raj Gunaseelan
Well !

Ready to use...u need not to assemble anything