Given circuit below and resistors value: Ra = 100 Q Rb = 150 Q Rc = 200 2 %3D 1. 3 Ra Rp 2- Determine the total resistance between terminal 1 and 3

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Q: +5 V Rc= 10 k2 %3D RB = 20 kQ o Vc RE = 2 k2 %3D B.

A: From the BJT DC analysis

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Q: For the circuit shown in Figure Vec=22V, Rc= 5.6Ksz Vcc RB-330k2, B= 80 Rc RB = 0s2 Vi B. Find Av 0.…

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Q: Q/ solue the equation [500] = [DI]*+BL +BH ÷ CX + CX %3D DI = 2000 H [DI] = 130 Bx = 148AH CX = 22 H

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A: For the given voltage divider biasing circuit, we need to find the voltage Gain.  Av=Rc/re Av=Rc/Re

Current Division Method

The generalized current divider formula is given by the following relation below,