b) You are asked to design a BJT inverter, as shown in Figure 2.b. The input voltage is equal to either zero (logic level 0 ) or $5 V$ (logic level 1), and $V_{CC} = 5 V$ . The transistor has $V_{BE} = 0.6 V$ when it is on and $V_{CE} (sat) = 0.2 V$ . i) Calculate the value of $R_{C}$ to have $I_{C} = 3 mA$ when the transistor is on. ii) Calculate the maximum value of $R_{B}$ to make sure the transistor is in saturation when it is on, assuming $?_{m i n} = 80$ in the active mode. Figure 2.b.

Question

b) You are asked to design a BJT inverter, as shown in Figure 2.b. The input voltage is equal to either zero (logic level 0 ) or

5 V

(logic level 1), and

V_{CC} = 5 V

. The transistor has

V_{BE} = 0.6 V

when it is on and

V_{CE} (sat) = 0.2 V

. i) Calculate the value of

R_{C}

to have

I_{C} = 3 mA

when the transistor is on. ii) Calculate the maximum value of

R_{B}

to make sure the transistor is in saturation when it is on, assuming

?_{m i n} = 80

in the active mode. Figure 2.b.

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Expert Answer to -  b) You are asked to design a BJT inverter, as shown in Figure 2.b. The input voltage is equal to ei

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Solution for -  b) You are asked to design a BJT inverter, as shown in Figure 2.b. The input voltage is equal to ei

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This an additional answer to -  b) You are asked to design a BJT inverter, as shown in Figure 2.b. The input voltage is equal to ei

(Solved): b) You are asked to design a BJT inverter, as shown in Figure 2.b. The input voltage is equal to ei ...