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By Charge Control equation determine collector current

In the individual transistor inverter circuit demonstrated below, the input voltage is switched abruptly by Vcc to 0V. There base current as acquired from the Charge Control equations governing turn-off of the transistor is specified as:

IB = (τF/τBF) iC + (τF/τBF) CBCRC (dic/dt) + τF(dic/dt) + CBCRC(dic/dt) = - VBE ON/RB

Determine this equation to acquire an expression for the collector current and the output voltage of the inverter throughout turn-off of the transistor. Therefore evaluate the 10 to 90 percent rise-time of the output voltage of the inverter when τF = 0.2ns, βF = 50, RC = 1kΩ, RB = 10kΩ and CBC = 0.5pF as well as VCC = 5V.

1067_individual transistor inverter circuit demonstrated.png

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