Q4. Find the "?" marked voltage below. Use CVD model for the diode just like Q3. 3.5 V 5V 2 Kn = 1 mA/v² V₁ = 0.2V Io↓ % = ? 1k52

find the diode voltage and diode current of each figure.

Using ideal diodes (voltage drop across ideal diodes is zero) and resistors, construct a circuit that results in the following output vs. input voltage characteristics.

As shown is a positive parallel clipper circuit which has an input voltage of E=±5V. The negative output voltage is to be -4.5V when Io is 8mA. Assume ideal diode model approximation. Determine the value of R1 in ohms.

I ln. l. . :D docs.google.com/forms/d/e/1l Diode clippers are wave-shaping circuits in that they are not used to prevent signal voltage from going above or below certain * .levels TO F like that of the clipper, the shape of the .input signals of a clamper is changed F The clamping circuit clamps or shift the * .input sinusoidal signal up or down FO II

Determine the voltage across the diode in the figure below, using the complete diode model with: r'd = 10-? and r'R = 100-M? a. The value of the forward current. (in Amperes) b. The value of the forward voltage.  c. The value of the voltage across the diode.

Draw the corresponding output waveform of the double diode partial limiter below using simplified diode model. Indicate all the necessary voltage levels and use Silicon diodes. 20 VP-P 1KQ M D1 9V D2 4.5V VOUT

Diode circuitsFor each circuit below, use the diode approximation with forward dropVF= 0.7 V to find the output voltage. No current flows to the output.

If the diode is OFF, what is Vd, resistor current, and Vo? Assume an ideal diode.

Please no hand writing solution