Design Voltage-Series Feedback Amplifier with the following specifications Vcc = 12V, Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 = 2 mA; S = 110; B = 0.05; he1 = hfe2 = 200 and Calculate Mid band gain, Bandwidth and Input and output impedance with Feedback using modern tool. Assume data wherever necessary. solve first this type of problem
Design Voltage-Series Feedback Amplifier with the following specifications Vcc = 12V, Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 = 2 mA; S = 110; B = 0.05; he1 = hfe2 = 200 and Calculate Mid band gain, Bandwidth and Input and output impedance with Feedback using modern tool. Assume data wherever necessary. Solve first this
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Design Voltage-Series Feedback Amplifier with the following specifications Vcc = 12V, Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 = 2 mA; S = 110; B = 0.05; he1 = hfe2 = 200 and Calculate Mid band gain, Bandwidth and Input and output impedance with Feedback using modern tool. Assume data wherever necessary. solve first this type of problem
Design Voltage-Series Feedback Amplifier with the following specifications Vcc = 12V, Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 = 2 mA; S = 110; B = 0.05; he1 = hfe2 = 200 and Calculate Mid band gain, Bandwidth and Input and output impedance with Feedback using modern tool. Assume data wherever necessary. solve first this type of problem
Design Voltage-Series Feedback Amplifier with the following specifications Vcc = 12V, Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 = 2 mA; S = 110; B = 0.05; he1 = hfe2 = 200 and Calculate Mid band gain, Bandwidth and Input and output impedance with Feedback using modern tool. Assume data wherever necessary. solve first this type of problem
Design Voltage-Series Feedback Amplifier
with the following specifications Vcc = 12V,
Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 =
2 mA; S = 110; B = 0.05; he1 = hfe2 = 200
and Calculate Mid band gain, Bandwidth
and Input and output impedance with
Feedback using modern tool. Assume
data wherever necessary.
solve first this type of problem
Design Voltage-Series Feedback Amplifier
with the following specifications Vcc = 12V,
Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 =
2 mA; S = 110; B = 0.05; he1 = hfe2 = 200
and Calculate Mid band gain, Bandwidth
and Input and output impedance with
Feedback using modern tool. Assume
data wherever necessary.
Solve first this
Thank u mam
Thanks Ma'am 🙏🇮🇳🇮🇳
Hello Saket
Thank you for your feedback. Stay tuned to our channel and download Ekeeda application for more videos.We are providing one month free access to our app.
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1. Download the application from the link given below.
2. Sign up or Log in to your account. 3. Add the courses to your cart.
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Mam plz explain current shunt feedback of the gain, input impedance,out impedance
Why all ur videos in appiled electronics in private mode
Mam if i these topic will i get ful marks because it is very lesss
Yes
I want immediately response
Design Voltage-Series Feedback Amplifier
with the following specifications Vcc = 12V,
Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 =
2 mA; S = 110; B = 0.05; he1 = hfe2 = 200
and Calculate Mid band gain, Bandwidth
and Input and output impedance with
Feedback using modern tool. Assume
data wherever necessary.
solve first this type of problem
Design Voltage-Series Feedback Amplifier
with the following specifications Vcc = 12V,
Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 =
2 mA; S = 110; B = 0.05; he1 = hfe2 = 200
and Calculate Mid band gain, Bandwidth
and Input and output impedance with
Feedback using modern tool. Assume
data wherever necessary.
solve first this type of problem
Design Voltage-Series Feedback Amplifier
with the following specifications Vcc = 12V,
Avı = 30 dB; Av2 = 20 dB; lE1 = 3 mA; lE2 =
2 mA; S = 110; B = 0.05; he1 = hfe2 = 200
and Calculate Mid band gain, Bandwidth
and Input and output impedance with
Feedback using modern tool. Assume
data wherever necessary.
solve first this type of problem