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Draw the load line and calculate the base current (IBO), collector current (ICO), the voltage between collector and emmiter pins (VCEO) and the power (Po) of the BJT transistor in the given circuit at the operating point. Technical characteristics of the transistor is given in graph. RB 155k [2], RC 2k [2], VCC=12 [V], VBB-10 [V], Vy-VBE -0.7 [V]. IBQ - µA ICO = VCEO- Ро- |mW

Draw the load line and calculate the base current (IBO), collector current (ICO), the voltage between collector and emmiter pins (VCEO) and the power (Po) of the BJT transistor in the given circuit at the operating point. Technical characteristics of the transistor is given in graph. RB 155k [2], RC 2k [2], VCC=12 [V], VBB-10 [V], Vy-VBE -0.7 [V]. IBQ - µA ICO = VCEO- Ро- |mW

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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Draw the load line and calculate the base current (IBO), collector current (ICO), the voltage between collector and emmiter pins (VCEO) and the power (PO) of the BJT transistor in the given circuit at the operating point. Technical characteristics of the transistor is given in graph. RB = 155k [2], RC-2k [Q], Vcc=12 [V], VBB = 10 [V], Vy-VBE=0.7 [V]. IBQ = µA ICQ= |mA УСЕО - V Po= mW
Transcribed Image Text:Draw the load line and calculate the base current (IBO), collector current (ICO), the voltage between collector and emmiter pins (VCEO) and the power (PO) of the BJT transistor in the given circuit at the operating point. Technical characteristics of the transistor is given in graph. RB = 155k [2], RC-2k [Q], Vcc=12 [V], VBB = 10 [V], Vy-VBE=0.7 [V]. IBQ = µA ICQ= |mA УСЕО - V Po= mW
Ic 140uA 120uA RB RC 100uA ww VCE 80UA VBB V BE Vcc 60UA 40uA OuA 10 12 14 Vce [V] Ic [mA]
Transcribed Image Text:Ic 140uA 120uA RB RC 100uA ww VCE 80UA VBB V BE Vcc 60UA 40uA OuA 10 12 14 Vce [V] Ic [mA]
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