1. Design a circuit with a transistor of Beta 50, that is able to achieve a...

  

Transcribed Image Text:

1. Design a circuit with a transistor of Beta 50, that is able to achieve a lc of 30mA and calculate the power output of the transistor. 2. Determine Vce, Ic and describe the operation of DC biasing parts of the circuit. Explain the need for a 50uF capacitor. V 39 k 10 uF HH 3.9 k2 www 10 kQ 10 F HE VCE B-140 310 I 50 µF k 1. Design a circuit with a transistor of Beta 50, that is able to achieve a lc of 30mA and calculate the power output of the transistor. 2. Determine Vce, Ic and describe the operation of DC biasing parts of the circuit. Explain the need for a 50uF capacitor. V 39 k 10 uF HH 3.9 k2 www 10 kQ 10 F HE VCE B-140 310 I 50 µF k 1. Design a circuit with a transistor of Beta 50, that is able to achieve a lc of 30mA and calculate the power output of the transistor. 2. Determine Vce, Ic and describe the operation of DC biasing parts of the circuit. Explain the need for a 50uF capacitor. V 39 k 10 uF HH 3.9 k2 www 10 kQ 10 F HE VCE B-140 310 I 50 µF k 1. Design a circuit with a transistor of Beta 50, that is able to achieve a lc of 30mA and calculate the power output of the transistor. 2. Determine Vce, Ic and describe the operation of DC biasing parts of the circuit. Explain the need for a 50uF capacitor. V 39 k 10 uF HH 3.9 k2 www 10 kQ 10 F HE VCE B-140 310 I 50 µF k