For the network shown below, determine fHi and fHO, if, r0 = ∞, Cbe = 36 Pf, Cbc = 4 Pf, Cce = 1 Pf, Cwo = 8 Pf, Cwi = 6 Pf where Cwo = wiring capacitance at output side, Cwi = wiring capacitance at input side-A-738.24 KHz, 8.6 MHzB-781.2 KHz, 10.6 MHzC-838.32 KHz, 9.2 MHzD-938.24 KHz, 8.2 MHz-A-738.24 KHz, 8.6 MHz

Question

For the network shown below, determine fHi and fHO, if, r0 = ∞, Cbe = 36 Pf, Cbc = 4 Pf, Cce = 1 Pf, Cwo = 8 Pf, Cwi = 6 Pf    where Cwo = wiring capacitance at output side, Cwi = wiring capacitance at input side-A-738.24 KHz, 8.6 MHzB-781.2 KHz, 10.6 MHzC-838.32 KHz, 9.2 MHzD-938.24 KHz, 8.2 MHz-A-738.24 KHz, 8.6 MHz

APTITUDE CRACK · Accepted Answer

The correct option is  A 738.24 KHz, 8.6 MHz  Equivalent is RTi = RS || R1 || R2 || Ri = 0.531 KΩ Ci = Cwi + Cbe + (1 + AV)Cbc = 6pf + 36pf + (1 c 90) 4 pf = 460 pf RT2 = RC || RL = 4 K || 2.2 K = 1.419 KW C0 = Cwo + Cce + CMO

Exam Questions Papers

Q1:
For the network shown below, determine f_Hi and f_HO, if, r₀ = ∞, C_be = 36 Pf, C_bc = 4 Pf, C_ce = 1 Pf, C_wo = 8 Pf, C_wi = 6 Pf

where C_wo = wiring capacitance at output side, C_wi = wiring capacitance at input side

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Exam Questions Papers

Q1: For the network shown below, determine fHi and fHO, if, r0 = ∞, Cbe = 36 Pf, Cbc = 4 Pf, Cce = 1 Pf, Cwo = 8 Pf, Cwi = 6 Pf where Cwo = wiring capacitance at output side, Cwi = wiring capacitance at input side

Solution

For help Students Orientation Mcqs Questions

Q1:
For the network shown below, determine f_Hi and f_HO, if, r₀ = ∞, C_be = 36 Pf, C_bc = 4 Pf, C_ce = 1 Pf, C_wo = 8 Pf, C_wi = 6 Pf

where C_wo = wiring capacitance at output side, C_wi = wiring capacitance at input side

For help Students Orientation
Mcqs Questions