Current Amplification Factor or Current Gain is basically the ratio of the ratio of the output current to the input current when its passing through an electrical device. So, it gives us the amount of current gained as it flows through.
output current/input current
For example:for CE Transistor ,beta=ic/ib
drain resistance (rd) amplification factor trans conductance
a transistor ampify the current i.e. you the output current proportional to the input one. in CE amplifier , this ratio is more than one Ic/Ib = current amplification factor this extra ampitude comes from the biasing batteries used.
Budda Amplification was created in 1995.
The internal gain of an amplifier is the gain or the amplification factor of the transistor used in it....................it is internal because it is fixed for transistors while manufacturing..................
Application: 1.For amplification of sound. 2.logic switch 3 oscillation 4 power amplification.
One
If you meant amplification is multiplication factor then you must multiply pounds by 0.453592343 to get to kilogrammes(which is the metric unit of mass).
amplification factor
drain resistance (rd) amplification factor trans conductance
the amplification factor is a function of β. Higher β causes a higher amplification.
for a collector to base biased circuit find the stability factor s?what is the effect on s for change in current amplification factor?
comparerission between CB,CC&CE
The amplification factor Vout/Vin determines the voltage gain.
I don't know about hfc, but hFE is the amplification factor by which the transistor amplifies the base current. Therefore, if hFE is 100, the base current is amplified by a factor of 100.
a transistor ampify the current i.e. you the output current proportional to the input one. in CE amplifier , this ratio is more than one Ic/Ib = current amplification factor this extra ampitude comes from the biasing batteries used.
The current amplification factor, ADC, is calculated by dividing the output current by the input current in a circuit. It represents how much the current signal is amplified in the circuit. ADC can be expressed as the output current divided by the input current (ADC = I_out / I_in).
A laser uses light amplification.