1. Given an ade of 0.998, determine Ic if IE=4 mA.2. Determine ade if IE=2.8 mA and IB= 20 µA.3. Find Ig if IB= 40 µA and ade is 0.98.4. Given that ade = 0.987, determine the corresponding value of B.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, find B and ICEO-

1. Given an ade of 0.998, determine Ic if IE= 4 mA. 2. Determine ade if IE= 2.8 mA and Ig 20 µA. 3. Find Ig if IB = 40 µA and ade is 0.98. 4. Given that ade = 0.987, determine the corresponding value of B. %3D 5. Given Bac = 120, determine the corresponding value of a. %3D 6. Given that Bde = 180 and Ic= 2.0 mA, find IE and IB. %3D 7. A transistor has ICBO= 48 nA and a = 0.992, find B and ICEO-

1. Given an ade of 0.998, determine Ic if IE= 4 mA. 2. Determine ade if IE= 2.8 mA and Ig 20 µA. 3. Find Ig if IB = 40 µA and ade is 0.98. 4. Given that ade = 0.987, determine the corresponding value of B. %3D 5. Given Bac = 120, determine the corresponding value of a. %3D 6. Given that Bde = 180 and Ic= 2.0 mA, find IE and IB. %3D 7. A transistor has ICBO= 48 nA and a = 0.992, find B and ICEO-

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter30: Dc Motors

Section: Chapter Questions

Problem 6RQ: What is CEMF?

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