The `beta` of a transistor is 74 It is connected in common base configuration.If the emitter current is `5mA` the collector current is

The current gain of a transistor in common emitter configuration is 80. If the emitter current be 8.1 mA , then the collector current will be

For a transistor in common emitter configuration, the current amplification factor is 4 . If the transistor is connected in the common base connected and change in emitter current be 6 m A , then the collector current will be

The current gain of a tramnsistor is 0.9 for common base configuration if the change in emitter current is 8 mA the change in base current is

In a transistor the current amplification alpha is '0.9', when connected in common base configuration. Now if the same transistor is connected in common emitter configurations and the change in ouput current is 4.5 mA, then the corresponding charnge in the input current is

In a transistor, the current amplification factor alpha is 0.9. The transistor is connected in common base configuration. The change in collector current when base current changes by 4 mA is

In a transistor output characteristics commonly used in common emitter configuration, the base current I_(B) , the collector current I_(C) and the collector-emitter voltage V_(CE) have values of the following orders of magnitude in the active region

For a transistor the current amplification factor is 0.8 The transistor is connected in common emitter configuration, the change in collector current when the base current changes by 6mA is

For a transistor, the current amplification factor is 4. when the transistor is connected in common emitter configuration, the change in collector current, when the base current changes by 6mA, is

For a transistor the current amplification factor is 0.8 . The transistor is connected in common emitter configuration. The change in the collector curren when the base current chages by a 6mA is