Refer to the following circuit (Q1 is a generic transistor), assuming β = 200 when the transistor is in the active region.
(1) If both R1 and R3 are short, calculate IB, IC, and IE.
(2) If R4 is short, calculate IB, VC, and IE.
(3) If both R2 and R3 are open, calculate IB, IC, and IE.
(4) If R1, R2 are swapped, calculate IB, IC, and IE.
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Refer to the following circuit (Q1 is a generic transistor), assuming β = 200 when the...
Refer to the following circuit (Q1 is a generic transistor), assuming β = 200 when the transistor is in the active region. (a) If R1 is open, calculate VB, VE, VC. (b) If R1 is short, calculate IB, IE and VC. (c) If R2 is short, calculate IE and VC. (d) If R3 is short, calculate VB, IC, and IB. R1 47ΚΩ R3 3.3kΩ 12V Vcc Q1 R2 12kΩ R4 1.0kΩ
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Need help with E-H 4. Refer to the following circuit (Qi is a generic transistor), assuming B = 200 when the transistor is in the active region. R1 47kg R3 33.3ko 12V Vcc Q1 R2 12k R4 1.0kΩ (a) If R, is open, calculate VB, VE, Vc. (b) If R is short, calculate 1b, IE and Vc. (c) If R2 is short, calculate IE and Vc. (d) If R3 is short, calculate VB, Ic, and Ib. (e) If both Rj...
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Refer to the following circuit (Q, is a generic transistor), assuming B = 200 when the transistor is in the active region. If R, is open, calculate VB, VEVO R3 If R, is short, calculate le, le and Vc 3.3k $47ko If R is short, calculate le and Vc If R, is short, calculate Vic, and I 12V Q1 Vcc R1 R2 3120 R4 1.0k
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