A npn transistor in a common emitter mode is used as a simple voltage amplifier with a collector current of `5mA`. The terminal of `10V` battery is connected to a collector through a load resistance `R_(L)` and to the base through a resistance `R_`. The collector emitter voltage `V_(CE)=5V`, base emitter voltage, `V_(BE)=0.5V` and base current amplification factor `beta_(d.c.)=100`. Calculate the value of `R_(L)` and `R_`.

An N-P-N transistor in a common emitter mode is used as a simple voltage amplifier with a collecter current of 4mA. The terminal of a 8 V battery is connected to the collector through a load ressitance R_(L) and to the base through a resistance R_(B) . The collector-emitter voltage V_(C E ) =4V base -emitter voltage V_(BE) = 0.6V and base current amplification factor beta_(d.c.) = 100 .Find the values of R_(L) and R_(B) .

An n-p-n transistor in a common-emitter mode is used as a simple voltage-amplifier with a collector current of 4 mA. The terminals of a 8 V battery is connected to the collector through a load-resistance R_L and to the base through a resistance R_B . The collector-emitter voltage V_(CE)=4V , the base-emitter voltage V_(BE) = 0.6 V and the current amplification factor beta_(dc) = 100 . Then

An n-p-n transistor in a common-emitter mode is used as a simple voltage-amplifier with a collector current of 4 mA. The terminals of a 8 V battery is connected to the collector through a load-resistance R_L and to the base through a resistance R_B . The collector-emitter voltage V_(CE)=4V , the base-emitter voltage V_(BE) = 0.6 V and the current amplification factor beta_(dc) = 100 . Then

An n-p-n transistor in a common - emitter mode is used as a simple voltage amplifier with a collector current of 4 mA. The positive terminal of a 8 V battery is connected to the collector through a load resistance R_L and to the base through a resistance R_B . The collector - emitter voltage V_(CE) = 4 V , the base - emitter voltage V_(BE) = 0.6 V and the current amplification factor beta = 100 . Calculate the values of R_L and R_B .

An n-p-n transistor in a common - emitter mode is used as a simple voltage amplifier with a collector current of 4 mA. The positive terminal of a 8 V battery is connected to the collector through a load resistance R_L and to the base through a resistance R_B . The collector - emitter voltage V_(CE) = 4 V , the base - emitter voltage V_(BE) = 0.6 V and the current amplification factor beta = 100 . Calculate the values of R_L and R_B .

An n-p-n transistor in a common emitter mode is used as a simple voltage amplifier with a collector connected to load resistance R_(L) and to the base through a resistance R_(B) . The collector-emmiter voltage V_(CE) = 4V , the base-emitter voltage V_(BE) = 0.6 V , current through collector is 4 mA and the current amplification factor beta = 100 Calculate the value of R_(L) and R_(B) .