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2. Given the relaxation oscillator in the figure below and with the following specifications: RpB= 5k2, n-0.6, V,=1V, I,=10mA, I,=10µA, R=50k2, R1=0.5k2 and R2=0.1k2 +Vcc a. Determine RB1 and Rg2 at I-0A. b. Calculate Vp, voltage necessary to R2 turn ON the UJT c. Determine whether R is within the 82 permissible range of 81 to ensure firing of the UJT. R1

2. Given the relaxation oscillator in the figure below and with the following specifications: RpB= 5k2, n-0.6, V,=1V, I,=10mA, I,=10µA, R=50k2, R1=0.5k2 and R2=0.1k2 +Vcc a. Determine RB1 and Rg2 at I-0A. b. Calculate Vp, voltage necessary to R2 turn ON the UJT c. Determine whether R is within the 82 permissible range of 81 to ensure firing of the UJT. R1

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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2. Given the relaxation oscillator in the figure below and with the following specifications: RBB= 5kQ, n=0.6, V,=1V, 1=10mA, 1,=10µA, R=50k2, R1=0.5kQ and R2=0.1ko +Vcc a. Determine RgBI and R82 at IE=0A. b. Calculate Vp, voltage necessary to R2 turn ON the UJT B2 c. Determine whether R is within the permissible range of B1 to ensure firing of the UJT. R1
Transcribed Image Text:2. Given the relaxation oscillator in the figure below and with the following specifications: RBB= 5kQ, n=0.6, V,=1V, 1=10mA, 1,=10µA, R=50k2, R1=0.5kQ and R2=0.1ko +Vcc a. Determine RgBI and R82 at IE=0A. b. Calculate Vp, voltage necessary to R2 turn ON the UJT B2 c. Determine whether R is within the permissible range of B1 to ensure firing of the UJT. R1
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