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The 6.8-V zener diode in the circuit of Fig. and Ix = 0.2 mA. The supply voltage V* is nominally 10 V but can vary by +1 V. is specified to have Vz =6.8 V at I, =5 mA, r = 20 2, Find V, with no load and with V* at its nominal value. AV* (10 1 V) R=0.5 kn 6.8-V Vo RL zener

The 6.8-V zener diode in the circuit of Fig. and Ix = 0.2 mA. The supply voltage V* is nominally 10 V but can vary by +1 V. is specified to have Vz =6.8 V at I, =5 mA, r = 20 2, Find V, with no load and with V* at its nominal value. AV* (10 1 V) R=0.5 kn 6.8-V Vo RL zener

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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is specified to have V, = 6.8 V at I, = 5 mA, r, = 20 2, The 6.8-V zener diode in the circuit of Fig. and Ix = 0.2 mA. The supply voltage V* is nominally 10 V but can vary by +1 V. Find V, with no load and with V* at its nominal value. AV* (10 ±1 V) R = 0.5 kN 6.8-V Vo RL zener
Transcribed Image Text:is specified to have V, = 6.8 V at I, = 5 mA, r, = 20 2, The 6.8-V zener diode in the circuit of Fig. and Ix = 0.2 mA. The supply voltage V* is nominally 10 V but can vary by +1 V. Find V, with no load and with V* at its nominal value. AV* (10 ±1 V) R = 0.5 kN 6.8-V Vo RL zener
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