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Circuit Analysis and Design Solutions at WMU

Solve transfer functions, DC bias points, transistor operations, and binary arithmetic in ECE 2110 at Western Michigan University.

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Circuit Analysis and Design Solutions at WMU

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  1. Review Test 2 Ch 6, 7, 8 ECE 2110 Western Michigan University

  2. For the circuit shown solve for the transfer function H(s). R1 = 1.5k, C1 = 4.7mF, C2 = 6.2mF. + vo - ANS

  3. For the diode circuit solve for the DC biases point. V+ = 3v, R1 = 750W, R2 = 250W, and Rs= 50W. ANS

  4. Solve for the DC Q-point current IE of the transistor. b = 110 ANS

  5. Draw the AC circuit with the transistor replaced with the small signal model.

  6. For the AC circuit of the transistor solve for the voltage vo/vi. b = 110 ib + vo - bib ANS

  7. Add the two hex numbers together in binary and convert the result to hex. +FF A48 1011 ANS +

  8. Convert the two dec numbers to binary. 300 and 40. Chose the answer for 40 in binary. 1110|0111 ANS

  9. Subtract the two numbers given in binary and convert the results to hex. 0 - -40 0 1 + 1 0 + 1 0 1

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