(c) The diode-resistor circuit shown in Fig. 7 contains a real diode. When forward biased the diode has a terminal characteristic given by iD = Ise "D/VT where Is = 2 × 10-14 A and VT = 26 mV. Compute the operating point of the diode, (iD, UD), using a load line and the diode equation to iteratively refine your estimate of the operating point. Continue iterating until your answer is correct to 4 significant figures. 1ΚΩ + 3 ΚΩ 3 V + VD ▼ D 7 V ViD Figure 7: A diode-resistor circuit containing a real diode.

(c) The diode-resistor circuit shown in Fig. 7 contains a real diode. When forward biased the diode has a terminal characteristic given by iD = Ise "D/VT where Is = 2 × 10-14 A and VT = 26 mV. Compute the operating point of the diode, (iD, UD), using a load line and the diode equation to iteratively refine your estimate of the operating point. Continue iterating until your answer is correct to 4 significant figures. 1ΚΩ + 3 ΚΩ 3 V + VD ▼ D 7 V ViD Figure 7: A diode-resistor circuit containing a real diode.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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3) Demonstrate clipping of negative waves with an inverted diode in the output. A circuit which removes the peak of a waveform is known as a clipper. Show a negative clipper. Produce a schematic diagram with LTspice schematic capture program. During the positive half cycle of the 5 V peak input, the diode is reversed biased. The diode does not conduct. It is as if the diode were not there. Show the positive half cycle is unchanged at the output V(2). Show the output positive peaks overlays the input sinewave V(1). Use in the LTSPICE display module, the command "plot v(1)+1)" accomplishes this. Voltage values: Resistor valuse: 1 ΚΩ DC offset: 0 V Amplitude: 5 V Freq: 1 KHz