● ● ● ● Describe the circuit (1) By inserting a capacitor between the two stages, what is achieved? (1) Why a capacitor? (1) What is the ideal amplifier model? (1) • Describe how it simplifies circuit analysis. (2) Describe how you would calculate the gain of each amplifier stage? (1) + Vil • Describe how you calculate the overall gain? (1) Does the cascading of multiple amplifiers improve overall amplifier design? (1) Explain? (1) in Amplifier 1 CE BJT Rin1 = 53092 Avoc1 = -160 Rout1 = 1 k iol = 1;2 Vol = V₁2 Amplifier 2 CC BJT Rin2 = 36.5 k Avoc2 = 0.99 Rout2 = 5092 102 Vo2

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Please write answers to all parts of the question in the seperate dot points as shown

Describe the circuit (1)
By inserting a capacitor between the two stages,
what is achieved? (1)
Why a capacitor? (1)
What is the ideal amplifier model? (1)
Describe how it simplifies circuit analysis. (2)
Describe how you would calculate the gain of each
amplifier stage? (1)
O +
Vil
Describe how you calculate the overall gain? (1)
Does the cascading of multiple amplifiers improve overall
amplifier design? (1) Explain? (1)
.-=-1
Amplifier
1
CE BJT
Rin1 = 5309
Avoc1=-160
Rout1 = 1kQ
+
+
Vol = V₁2
Amplifier
2
CC BJT
Rin2 = 36.5 KQ
Avoc2 = 0.99
Rout2 = 500
i02
+
Vo2
Transcribed Image Text:Describe the circuit (1) By inserting a capacitor between the two stages, what is achieved? (1) Why a capacitor? (1) What is the ideal amplifier model? (1) Describe how it simplifies circuit analysis. (2) Describe how you would calculate the gain of each amplifier stage? (1) O + Vil Describe how you calculate the overall gain? (1) Does the cascading of multiple amplifiers improve overall amplifier design? (1) Explain? (1) .-=-1 Amplifier 1 CE BJT Rin1 = 5309 Avoc1=-160 Rout1 = 1kQ + + Vol = V₁2 Amplifier 2 CC BJT Rin2 = 36.5 KQ Avoc2 = 0.99 Rout2 = 500 i02 + Vo2
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