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2. Find the values of I and V for the circuit of Figure 3, assuming that...
P9.67, Sketch the transfer characteristic (v, versus if in) for the circuit shown in Figure P9.67 carefully labeling the breakpoint and slopes Allow vin to range from -5 V to +5 V and assume that the diodes are ideal. p37, Find the values of / and V for the circuits of igure P9.37 assuming that the diodes are deal. 515 1.2 kf Probles 3 kf voD 2 ks? 5 V Figure P9.67 DV Sre for 2 E ing ent the...
1. For the circuit as shown, plot the i-v characteristics assuming both diodes are ideal, i.e. ix as a function of vx, for the following two cases: V3 = -1V and V8 = +1V. (20/100) I. R. Di Ideal 02 R2
Q1. i) Will the current flow from A to C, for the connection shown in Figure. 12 Support your answer (11 with proper reasons. Both D1 and D2 are silicon diodes. D1 D2 A_* B Figure 1 ii) Draw the equivalent circuit diagram for Ideal Diode under forward bias and reverse bias. iii) Determine the value of I for the circuit shown in Figure. 2 R - 5V 15.2 V 5 kΩ Ge Figure 2 iv) Compute Vo and Ir...
Problem 3: Assuming that the diodes in the circuits are ideal, find the values of the labeled voltages and currents. + 3 V + 3V 35kn 10 kn JD, D D , D2 Joy Joy > 10 kn 35 kn - 3V - 3V +10 V 10 kn 11102 D. Dv DZI' D sk 10 kn -10V -10V Problem 4: Assuming that the diodes in the circuits of Fig. P4.10 are ideal, utilize Thévenin's theorem to simplify the circuits and...
Draw in detail the waveform at the output (Vo) of the circuit in
Figure 2. Then obtain the maximum current flowing through the Zener
diode. Consider that all diodes (including the Zener) behave like
direct bias Silicon diodes. For reverse bias the Zener voltage is
8.6 V; all other diodes never conduct in reverse bias. The input
voltage is a 1 Hz triangular signal with values from -20V to
20V.
1k Vo 1Hz
IIW#2 Due 10/8/2019 noon 1. For the circuit as shown, plot ther-v characteristics assuming both diodes are ideal, i.e. is as a function of v. for the following two cases - IV and Ix - +1V. (20/100) 1. R, w DI DA VXO Ideal D2 LKW
(iii Assuming that the transistor in the circuit in Figure 2 is in forward active mode and VBE 0.7V and B = 200, calculate the DC bias values of the base current, the collector current and the voltage VCE 20 knS 12 kS 4.7 pF 47uF 3.3 knS 200S Figure 2
For the 4 circuits below, plot the V vs V, relationships (as demonstrated in Chapter 3) first without using EveryCircuit (EC) app Then build the circuits in EC, vary V, measure V, and plot V vs V. again based on the results obtained from EC app Assume V.-IV, R.-R. = 1kw and the diodes are ideal with Turn ON voltage of 0.7V (or OV meaning the diode is forward-biased and Di R and cathode terminal Circuit (a) ircuit (b) ircuit...
ideal diodes
2 Assuming ideal diodes, for the diode circuit shown: Select one: a. None of these b. The minimum output voltage is +V2 c. The maximum output voltage is -V1 d. The gain is equal to 0 when V is < +V1 and > -V2 e. The gain is equal to O when V is > +V1, or < -v2 Ch
4. Design a clamp circuit to clamp the negative extreme of a periodic input waveform of 10 sin(100πt)V to −5 V. Use 1 diode, 1 Zener diode, 1 resistor, and 1 capacitor of suitable values. Provide following minimum ratings of the selected components. (a) Diode - Maximum reverse voltage, peak forward current (b) Zener - Zener voltage, Zener current (c) Resistor - Resistance, power rating (d) capacitor - capacitance, Maximum voltage Assume a 0.6 V forward drop for all diodes...