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Determine Vb,Ve,Vc,Vce,Ib,Ib,Ic. The 2N3904 is general purpose transistor with a typical Bdc=100 "?"
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Jersy
Mar 3
Determine Vb,Ve,Vc,Vce,Ib,Ib,Ic. The 2N3904 is general purpose transistor with a typical Bdc=100 "?" ?
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ChatGPT
Mar 3
Given that the 2N3904 is a general purpose transistor with a typical DC current gain (Beta) of 100, we can determine the values of Vb, Ve, Vc, Vce, Ib, Ie, and Ic using the following information:
Assuming the transistor is in active mode:
1. Vb = 0.7V (base-emitter voltage drop)
2. Ve = Vb = 0.7V
3. Vc = Vcc - Ic*Rc (collector voltage)
4. Vce = Vc - Ve (collector-emitter voltage)
5. Ib = (Vcc - Vb) / Rb (base current)
6. Ie = Ib * Beta (emitter current)
7. Ic = Ie (collector current)
Where:
- Vcc is the supply voltage
- Rc is the collector resistor
- Rb is the base resistor
Please provide the values of Vcc, Rc, and Rb in order to calculate the specific values of Vb, Ve, Vc, Vce, Ib, Ie, and Ic.
Assuming the transistor is in active mode:
1. Vb = 0.7V (base-emitter voltage drop)
2. Ve = Vb = 0.7V
3. Vc = Vcc - Ic*Rc (collector voltage)
4. Vce = Vc - Ve (collector-emitter voltage)
5. Ib = (Vcc - Vb) / Rb (base current)
6. Ie = Ib * Beta (emitter current)
7. Ic = Ie (collector current)
Where:
- Vcc is the supply voltage
- Rc is the collector resistor
- Rb is the base resistor
Please provide the values of Vcc, Rc, and Rb in order to calculate the specific values of Vb, Ve, Vc, Vce, Ib, Ie, and Ic.
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