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Verify that the circuit shown in Fig. 11-5 is a positive NAND when the input switches between 0 V and +12 V. Neglect source impedance and junction saturation voltages and diode voltages in forward direction. Find the minimum value of ß.

Verify that the circuit shown in Fig. 11-5 is a positive NAND when the input switches between 0 V and +12 V. Neglect source impedance and junction saturation voltages and diode voltages in forward direction. Find the minimum value of ß.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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. Verify that the circuit shown in Fig. 11-5 is a positive NAND when the input switches between 0 V and +12 V. Neglect source impedance and junction saturation voltages and diode voltages in forward direction. Find the minimum value of ß. Vcc V V B D₁ D₂ +12V R₁15kQ R₂ www 15ΚΩ R, Σ 100kΩ - 12V Fig. 11-5 +12V Rc2.2k Vo
Transcribed Image Text:. Verify that the circuit shown in Fig. 11-5 is a positive NAND when the input switches between 0 V and +12 V. Neglect source impedance and junction saturation voltages and diode voltages in forward direction. Find the minimum value of ß. Vcc V V B D₁ D₂ +12V R₁15kQ R₂ www 15ΚΩ R, Σ 100kΩ - 12V Fig. 11-5 +12V Rc2.2k Vo
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