1. Limited the low frequency response
2. Limits the high frequency response
3. Does not effect the frequency response
4. Block the d.c component without affecting the frequency response
Limited the low frequency response
1. B/n
2. B/√n
3. B√(21/n-1)
4. B/√(21/n-1)
B√(21/n-1)
1. No d.c present in the output
2. No distortion in the output
3. No even harmonics in the output
4. No odd harmonics in the output
No even harmonics in the output
1. 100C/W
2. 1000C/W
3. 10000C/W
4. 10,0000C/W
10000C/W
1. 10 ohms
2. 100 ohms
3. 1000ohms
4. 10,000 ohms
1000ohms
1. BVCEO= BVCBO
2. BVCEO>BVCBO
3. BVCEO< BVCBO
4. BVCEO is not related to BVCBO
BVCEO< BVCBO
1. Both the junctions are reverse biased
2. Base emitter junction is reverse biased and base collector junction is forward biased
3. Base emitter junction is forward biased and base collector junction is reverse biased
4. Both the junctions are forward biased
Both the junctions are forward biased
1. Bipolar junction transistor
2. NMOS transistor
3. Unpolar junction transistor
4. Junction field effect transistors
Bipolar junction transistor
1. Voltage series
2. Current series
3. Voltage shunt
4. Current shunt
Current series
1. Difference mode gain, Ad
2. Common mode gain, Ae
3. Both a and b
4. None of these
Common mode gain, Ae