What will happen if a capacitor is connected in parallel with RE in the amplifier design which uses emitter feedback bias circuit?

Gain value remains the same but feedback doubles

What_will_happen_if_a_capacitor_is_connected_in_parallel_with_RE_in_the_amplifier_design_which_uses_emitter_feedback_bias_circuit?$

Gain value remains the same but feedback doubles

Among the following statements which one is true according to feedback bias?

Fixed and emitter bias have same stability and feedback

Fixed bias is more stable than emitter feedback bias

Fixed bias produces more feedback than emitter feedback bias

Emitter feedback bias is more stable than the fixed bias

Fixed and emitter bias have same stability and feedback

What will be the temperature changes effects on the emitter feedback circuit?

Decreases both current and voltage gain

16 + Mcqs in Emitter Feedback Bias in Electronic Devices Circuits Page 1 McqOptions

1.	What will happen if a capacitor is connected in parallel with RE in the amplifier design which uses emitter feedback bias circuit?
A.	No changes
B.	Gain value increases
C.	Feedback increases
D.	Gain value remains the same but feedback doubles
Answer» C. Feedback increases

Discussion

2.	In order to make an amplifier which of the following biasing technique is used more?
A.	Fixed bias
B.	Self bias
C.	Collector to base bias
D.	Emitter feedback bias
Answer» E.

Discussion

3.	For an emitter feedback bias Circuit having, RE=1Kohm, RC= 4.7Kohm, IB=0.005mA, IE = 1mA, VCC = 12V and Vce = 5V. Find the value of beta.
A.	254
B.	100
C.	1000
D.	500
Answer» B. 100

Discussion

4.	For an emitter feedback bias circuit, RC is 10Kohm, Re= 5Kohm, RB = 1Kohm, If IC = 1mA, current gain is_________________
A.	4
B.	2
C.	5
D.	6
Answer» C. 5

Discussion

5.	For an emitter feedback bias circuit, the value of VCC = 10V, RB = 10Kohm, RE=1Kohm and RC=2Kohm, if current flowing through collector is 0.5mA, what is the voltage difference between collector and emitter?
A.	8.5V
B.	9V
C.	10V
D.	10.5V
Answer» B. 9V

Discussion

6.	For emitter feedback bias, to make IC independent of DC current gain, which of the following condition is required?
A.	RC >> RB/dc current gain
B.	RE >> RB/dc current gain
C.	RB >> RC/dc current gain
D.	Re >> RC/dc current gain
Answer» B. RE >> RB/dc current gain

Discussion

7.	IN_ORDER_TO_MAKE_AN_AMPLIFIER_WHICH_OF_THE_FOLLOWING_BIASING_TECHNIQUE_IS_USED_MORE??$
A.	Fixed bias
B.	Self bias
C.	Collector to base bias
D.	Emitter feedback bias
Answer» E.

Discussion

8.	What_will_happen_if_a_capacitor_is_connected_in_parallel_with_RE_in_the_amplifier_design_which_uses_emitter_feedback_bias_circuit?$
A.	No changes
B.	Gain value increases
C.	Feedback increases
D.	Gain value remains the same but feedback doubles
Answer» C. Feedback increases

Discussion

9.	Among the following statements which one is true according to feedback bias?
A.	Fixed bias is more stable than emitter feedback bias
B.	Fixed bias produces more feedback than emitter feedback bias
C.	Emitter feedback bias is more stable than the fixed bias
D.	Fixed and emitter bias have same stability and feedback
Answer» D. Fixed and emitter bias have same stability and feedback

Discussion

10.	Which of the following statement is the main disadvantage of emitter feedback bias?
A.	Reduces the gain
B.	Positive feedback
C.	Design is difficult
D.	High output impedance
Answer» B. Positive feedback

Discussion

11.	For an emitter feedback bias Circuit having, R_E=1Kohm, R_C= 4.7Kohm, I_B=0.005mA, I_E = 1mA, V_CC = 12V and V_ce = 5V. Find the value of beta.
A.	254
B.	100
C.	1000
D.	500
Answer» B. 100

Discussion

12.	What will be the temperature changes effects on the emitter feedback circuit?
A.	Increases voltage gain
B.	Increases current gain
C.	Does not affect the gain
D.	Decreases both current and voltage gain
Answer» D. Decreases both current and voltage gain

Discussion

13.	The feedback helps to maintain a constant gain value.
A.	True
B.	False
Answer» B. False

Discussion

14.	For an emitter feedback bias circuit, R_C is 10Kohm, Re= 5Kohm, R_B = 1Kohm, If I_C = 1mA, current gain is
A.
B.	4
C.	2
Answer» C. 2

Discussion

15.	For an emitter feedback bias circuit, the value of V_CC = 10V, R_B = 10Kohm, R_E=1Kohm and R_C=2Kohm, if current flowing through collector is 0.5mA, what is the voltage difference between collector and emitter?
A.	8.5V
B.	9V
C.	10V
D.	10.5V
Answer» B. 9V

Discussion

16.	For emitter feedback bias, to make I_C independent of DC current gain, which of the following condition is required?
A.	R<sub>C</sub> >> R<sub>B</sub>/dc current gain
B.	R<sub>E</sub> >> R<sub>B</sub>/dc current gain
C.	R<sub>B</sub> >> R<sub>C</sub>/dc current gain
D.	R<sub>e</sub> >> R<sub>C</sub>/dc current gain
Answer» B. R<sub>E</sub> >> R<sub>B</sub>/dc current gain

Discussion

Explore topic-wise MCQs in Electronic Devices Circuits.

What will happen if a capacitor is connected in parallel with RE in the amplifier design which uses emitter feedback bias circuit?

In order to make an amplifier which of the following biasing technique is used more?

For an emitter feedback bias Circuit having, RE=1Kohm, RC= 4.7Kohm, IB=0.005mA, IE = 1mA, VCC = 12V and Vce = 5V. Find the value of beta.

For an emitter feedback bias circuit, RC is 10Kohm, Re= 5Kohm, RB = 1Kohm, If IC = 1mA, current gain is_________________

For an emitter feedback bias circuit, the value of VCC = 10V, RB = 10Kohm, RE=1Kohm and RC=2Kohm, if current flowing through collector is 0.5mA, what is the voltage difference between collector and emitter?

For emitter feedback bias, to make IC independent of DC current gain, which of the following condition is required?

IN_ORDER_TO_MAKE_AN_AMPLIFIER_WHICH_OF_THE_FOLLOWING_BIASING_TECHNIQUE_IS_USED_MORE??$

What_will_happen_if_a_capacitor_is_connected_in_parallel_with_RE_in_the_amplifier_design_which_uses_emitter_feedback_bias_circuit?$

Among the following statements which one is true according to feedback bias?

Which of the following statement is the main disadvantage of emitter feedback bias?

For an emitter feedback bias Circuit having, RE=1Kohm, RC= 4.7Kohm, IB=0.005mA, IE = 1mA, VCC = 12V and Vce = 5V. Find the value of beta.

What will be the temperature changes effects on the emitter feedback circuit?

The feedback helps to maintain a constant gain value.

For an emitter feedback bias circuit, RC is 10Kohm, Re= 5Kohm, RB = 1Kohm, If IC = 1mA, current gain is

For an emitter feedback bias circuit, the value of VCC = 10V, RB = 10Kohm, RE=1Kohm and RC=2Kohm, if current flowing through collector is 0.5mA, what is the voltage difference between collector and emitter?

For emitter feedback bias, to make IC independent of DC current gain, which of the following condition is required?

For an emitter feedback bias Circuit having, R_E=1Kohm, R_C= 4.7Kohm, I_B=0.005mA, I_E = 1mA, V_CC = 12V and V_ce = 5V. Find the value of beta.

For an emitter feedback bias circuit, R_C is 10Kohm, Re= 5Kohm, R_B = 1Kohm, If I_C = 1mA, current gain is

For an emitter feedback bias circuit, the value of V_CC = 10V, R_B = 10Kohm, R_E=1Kohm and R_C=2Kohm, if current flowing through collector is 0.5mA, what is the voltage difference between collector and emitter?

For emitter feedback bias, to make I_C independent of DC current gain, which of the following condition is required?