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in the circuit as; The transistor is silicon. Leakage current value = 20 mA. By what percentage does the collector-emitter voltage change in 54 °C operation of the circuit? (Take room temperature 24 °C. leakage current doubles by 2 for every 6 °C increase.) Options : a) it decreases by 17% b) Increases by 13% c) decreases by 23% d) increase by 17% e) Increases by 23%

in the circuit as; The transistor is silicon. Leakage current value = 20 mA. By what percentage does the collector-emitter voltage change in 54 °C operation of the circuit? (Take room temperature 24 °C. leakage current doubles by 2 for every 6 °C increase.) Options : a) it decreases by 17% b) Increases by 13% c) decreases by 23% d) increase by 17% e) Increases by 23%

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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in the circuit as; The transistor is silicon. Leakage current value = 20 mA. By what percentage does the collector-emitter voltage change in 54 °C operation of the circuit? (Take room temperature 24 °C. leakage current doubles by 2 for every 6 °C increase.) Options : a) it decreases by 17% b) Increases by 13% c) decreases by 23% d) increase by 17% e) Increases by 23%
 
 
 
 
 
 
 
+20V R. 10KO 1.8M2 C. B3100 VBE= 0.7V RE 2KO C. Vout
Transcribed Image Text:+20V R. 10KO 1.8M2 C. B3100 VBE= 0.7V RE 2KO C. Vout
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