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For which region of your experimental diode curve does the diode look like an o (á) Diode voltages less than the barrier potential (b) Diode voltages greater than the barrier potential • For the region of the diode curve greater than the diode's barrier potential, (a) The curve is essentially horizontal (b) The diode forward resistance approaches An open circuit (c) The diode voltage increases rapidly

For which region of your experimental diode curve does the diode look like an o (á) Diode voltages less than the barrier potential (b) Diode voltages greater than the barrier potential • For the region of the diode curve greater than the diode's barrier potential, (a) The curve is essentially horizontal (b) The diode forward resistance approaches An open circuit (c) The diode voltage increases rapidly

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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This multiple choice questions from electronics lab,please solve all ,it's easy for you ????
Horizontal input (V 100 N + Va Oscilloscope Vertical input (I) IN914 100 Hz 10 n * Conventional current flow. Direction is reversed for electron flow. C. For which region of your experimental diode curve does the diode look like an open circuit? (á) Diode voltages less than the barrier potential (b) Diode voltages greater than the barrier potential For the region of the diode curve greater than the diode's barrier potential, (a) The curve is essentially horizontal (b) The diode forward resistance approaches An open circuit (c) The diode voltage increases rapidly (d) The diode current increases rapidly
Transcribed Image Text:Horizontal input (V 100 N + Va Oscilloscope Vertical input (I) IN914 100 Hz 10 n * Conventional current flow. Direction is reversed for electron flow. C. For which region of your experimental diode curve does the diode look like an open circuit? (á) Diode voltages less than the barrier potential (b) Diode voltages greater than the barrier potential For the region of the diode curve greater than the diode's barrier potential, (a) The curve is essentially horizontal (b) The diode forward resistance approaches An open circuit (c) The diode voltage increases rapidly (d) The diode current increases rapidly
When an ohmmeter is used to test a diode, as in Figure, a very low resistance (but not zero) in one direction means that the diode is: OPEN OR SHORTED OR FORWARD BIASED OR REVERSE BIASED? In the two figures, the measured diode barrier potential is approximately: 0.3 OR 0.6 OR 0.9 OR 1.2? IN914 D-15 V- {i kn . B. Horizontal input (V) 100 Oscilloscope Vertical input (I) IN914 100 Hz 210 n * Conventional current flow. Direction is reversed for electron flow. C. If the 10-0 resistor in Figure (C) is charged to 100 N and the oscilloscope vertical sensitivity is 0.5 v / division, then the vertical axis, in terms of Current, is: 0.5mA/div or 5mA/div or 50mA/div or 0.5A/div ? Horizontal input (V) 100 N + V. Oscilloscope Vertical IN914 input (I) 100 Hz 10 n * Conventional current flow. Direction is reversed for electron flow. С.
Transcribed Image Text:When an ohmmeter is used to test a diode, as in Figure, a very low resistance (but not zero) in one direction means that the diode is: OPEN OR SHORTED OR FORWARD BIASED OR REVERSE BIASED? In the two figures, the measured diode barrier potential is approximately: 0.3 OR 0.6 OR 0.9 OR 1.2? IN914 D-15 V- {i kn . B. Horizontal input (V) 100 Oscilloscope Vertical input (I) IN914 100 Hz 210 n * Conventional current flow. Direction is reversed for electron flow. C. If the 10-0 resistor in Figure (C) is charged to 100 N and the oscilloscope vertical sensitivity is 0.5 v / division, then the vertical axis, in terms of Current, is: 0.5mA/div or 5mA/div or 50mA/div or 0.5A/div ? Horizontal input (V) 100 N + V. Oscilloscope Vertical IN914 input (I) 100 Hz 10 n * Conventional current flow. Direction is reversed for electron flow. С.
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