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1.Given an ade of 0.998, determine Ic if IE= 4 mA. 2. Determine ade if IE= 2.8 mA and IB= 20 uA. 3. Find Ie if IB= 40 µA and ade is 0.98. %3D

1.Given an ade of 0.998, determine Ic if IE= 4 mA. 2. Determine ade if IE= 2.8 mA and IB= 20 uA. 3. Find Ie if IB= 40 µA and ade is 0.98. %3D

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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Exercises: 1.Given an ade of 0.998, determine Ic if IE=4 mA. 2. Determine ade if IE=2.8 mA and IB= 3. Find Ie if IB= 40 µA and adc is 0.98. 4. Given that ade= 0.987, determine the corresponding value of ß. 5. Given Bde= 120, determine the corresponding value of a. 6. Given that Bde= 180 and Ic=2.0 mA, find Ie and IB. 7. A transistor has ICBO= 48 nA and a = 0.992. i. Find B and ICEO. ii. Find its (exact) collector current (Ic) when IB= 30 µA. iii. Find the approximate collector current, neglecting leakage current. 20 μΑ.
Transcribed Image Text:Exercises: 1.Given an ade of 0.998, determine Ic if IE=4 mA. 2. Determine ade if IE=2.8 mA and IB= 3. Find Ie if IB= 40 µA and adc is 0.98. 4. Given that ade= 0.987, determine the corresponding value of ß. 5. Given Bde= 120, determine the corresponding value of a. 6. Given that Bde= 180 and Ic=2.0 mA, find Ie and IB. 7. A transistor has ICBO= 48 nA and a = 0.992. i. Find B and ICEO. ii. Find its (exact) collector current (Ic) when IB= 30 µA. iii. Find the approximate collector current, neglecting leakage current. 20 μΑ.
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