In the cuircuit shown here the transistor used has a current gain `beta=100`. What should be the bias resistor `R_(BE)` so that `V_(CE)=5V("neglect "V_(BE))`

For the transistor circuit shown below, if beta=100 , voltage drop between emitter and base is 0.7V then value of V_(CE) will be

In a Zener regulated power supply a Zener diode with V_(Z) = 6.0 V is used for regulation. The load current is to be 4.0 mA and the unregulated input is 10.0 V. What should be the value of series resistor R_(S) ? (Assume Iz=5Il)

In the given figure, a transistor is connected in common emitter configuration . If V_(BE)=1V and current gain beta=100 , then the voltage across collector- emitter terminals V_(CE) is [ V_(BE) -voltage across base-emitter junction ]

In the given figure, a transistor is connected in common emitter configuration . If V_(BE)=1V and current gain beta=100 , then the voltage across collector- emitter terminals V_(CE) is [ V_(BE) -voltage across base-emitter junction ]

For a CE transistor amplifier the audio signal voltage across the collector resistance of 2.0 komega is 2.0 V suppose the current amplification factor of the transistor is 100 what should be the value of R_(B) in series with V_(BB) 10 times the signal current also calculate the DC drop across the collector resistance