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A transistor with β = 45, is used with collector to base biasing with a quiescent value of 5 volt for Vce . If Vcc = 24 volt, Rc = 10 kΩ and Re = 270 ohm. The value of Rb is kΩ.
    Correct answer is '110'. Can you explain this answer?
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    A transistor with β = 45, is used with collector to base biasing ...

    Applying Kirchoff s low to collector-emitter circuit, we have

    or 24 = (1 +45) lb (10 - 103 x 270)+ 5 
    or 19 = 46 lb [10.27 x 103]
    or 

    ∴ 
    From the figure 
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    A transistor with β = 45, is used with collector to base biasing ...
    Three layers of semiconductor material is called a bipolar junction transistor (BJT).
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    A transistor with β = 45, is used with collector to base biasing with a quiescent value of 5 volt for Vce . If Vcc = 24 volt, Rc = 10 kΩ and Re = 270 ohm. The value of Rb is kΩ.Correct answer is '110'. Can you explain this answer?
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    A transistor with β = 45, is used with collector to base biasing with a quiescent value of 5 volt for Vce . If Vcc = 24 volt, Rc = 10 kΩ and Re = 270 ohm. The value of Rb is kΩ.Correct answer is '110'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about A transistor with β = 45, is used with collector to base biasing with a quiescent value of 5 volt for Vce . If Vcc = 24 volt, Rc = 10 kΩ and Re = 270 ohm. The value of Rb is kΩ.Correct answer is '110'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A transistor with β = 45, is used with collector to base biasing with a quiescent value of 5 volt for Vce . If Vcc = 24 volt, Rc = 10 kΩ and Re = 270 ohm. The value of Rb is kΩ.Correct answer is '110'. Can you explain this answer?.
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