For the attenuator circuit shown, assume C1 and C2 to be very large (∞) capacitors. Don’t be thrown off by the capacitors (How do they behave at DC? How do they behave at AC if C =∞). Assume D1 and D2 are identical diodes with n=1, V T = 25 mV (use the exponential model). a. Determine the value of the dc voltage, V_N when I = 1mA. b. Draw the small-signal equivalent circuit, replacing the diodes with their small signal resistive model, r_d. c. Determine the value of V_o/V_s when I = 1mA.

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For the attenuator circuit shown, assume C1 and C2 to be very large (∞) capacitors. Don’t be thrown off by the capacitors (How do they behave at DC? How do they behave at AC if C =∞). Assume D1 and D2 are identical diodes with n=1, V T = 25 mV (use the exponential model).

a. Determine the value of the dc voltage, V_N when I = 1mA.

b. Draw the small-signal equivalent circuit, replacing the diodes with their small signal resistive model, r_d.

c. Determine the value of V_o/V_s when I = 1mA.

Vs
C₁ = 00
D₁
VN
I
3mA
D₂ Z
HII
HH ____V
S
C₂ =
8
Transcribed Image Text:Vs C₁ = 00 D₁ VN I 3mA D₂ Z HII HH ____V S C₂ = 8
Expert Solution
Step 1: Summarize the given details

Given

The attenuator circuit is given by,

Electrical Engineering homework question answer, step 1, image 1

Ideality factor for the diode, eta equals 1.

Thermal temperature, T equals 25 text  mV end text.

To find

a. DC voltage V subscript N

b. Draw the small signal equivalent circuit,

c. V subscript o over V subscript s equals ?

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