grid voltage मीनिंग इन हिंदी

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In transmission applications, the SVC is used to regulate the grid voltage.
Variation in the grid voltage will cause identical proportional variations in the plate current.
A tetrode's plate and screen grid voltage is modulated via an audio transformer.
It also results in higher transconductance, which is a measure of the anode current change versus grid voltage change.
When a tetrode or pentode is used, the screen grid voltage is usually about one-half the plate voltage.
Changing the grid voltage will change the plate current; by suitable choice of a plate load resistor, amplification is obtained.
Further increases in the grid voltage restore enough energy to the electrons that suffered inelastic collisions that they can again reach the anode.
Reactive power from a capacitor bank decreases when grid voltage decreases, while a synchronous condenser can increase reactive current as voltage decreases.
The relationship between current flow and plate and grid voltage is often represented as a series of " characteristic curves " on a diagram.
When the grid voltage reaches 4.9 V, electron collisions near the grid become inelastic, and the electrons are greatly slowed.