In the following circuit Cir 2.2, calculate R1, R2, RC and RE to achieve gain of...

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In the following circuit Cir 2.2, calculate R1, R2, RC and RE to achieve gain of 10. Note the followings: . . . . The supply voltage is 5V. Choose collector current around 1mA. Choose R1 and R2 such that the design is independent of Beta. Choose RE such that the design is not prone to VBE variations. Choose RC to get gain of 10. Choose Q1 as 2N4401. VOFF = 0 VAMPL= 10mV FREQ = 1000 AC = V2 C1 HH - - ww Cir 2.2 ▶ R1 R2 RC Q1 QbreakN RE C ▶ ✔ -V1 5Vdc In the following circuit Cir 2.2, calculate R1, R2, RC and RE to achieve gain of 10. Note the followings: . . . . The supply voltage is 5V. Choose collector current around 1mA. Choose R1 and R2 such that the design is independent of Beta. Choose RE such that the design is not prone to VBE variations. Choose RC to get gain of 10. Choose Q1 as 2N4401. VOFF = 0 VAMPL= 10mV FREQ = 1000 AC = V2 C1 HH - - ww Cir 2.2 ▶ R1 R2 RC Q1 QbreakN RE C ▶ ✔ -V1 5Vdc In the following circuit Cir 2.2, calculate R1, R2, RC and RE to achieve gain of 10. Note the followings: . . . . The supply voltage is 5V. Choose collector current around 1mA. Choose R1 and R2 such that the design is independent of Beta. Choose RE such that the design is not prone to VBE variations. Choose RC to get gain of 10. Choose Q1 as 2N4401. VOFF = 0 VAMPL= 10mV FREQ = 1000 AC = V2 C1 HH - - ww Cir 2.2 ▶ R1 R2 RC Q1 QbreakN RE C ▶ ✔ -V1 5Vdc In the following circuit Cir 2.2, calculate R1, R2, RC and RE to achieve gain of 10. Note the followings: . . . . The supply voltage is 5V. Choose collector current around 1mA. Choose R1 and R2 such that the design is independent of Beta. Choose RE such that the design is not prone to VBE variations. Choose RC to get gain of 10. Choose Q1 as 2N4401. VOFF = 0 VAMPL= 10mV FREQ = 1000 AC = V2 C1 HH - - ww Cir 2.2 ▶ R1 R2 RC Q1 QbreakN RE C ▶ ✔ -V1 5Vdc In the following circuit Cir 2.2, calculate R1, R2, RC and RE to achieve gain of 10. Note the followings: . . . . The supply voltage is 5V. Choose collector current around 1mA. Choose R1 and R2 such that the design is independent of Beta. Choose RE such that the design is not prone to VBE variations. Choose RC to get gain of 10. Choose Q1 as 2N4401. VOFF = 0 VAMPL= 10mV FREQ = 1000 AC = V2 C1 HH - - ww Cir 2.2 ▶ R1 R2 RC Q1 QbreakN RE C ▶ ✔ -V1 5Vdc In the following circuit Cir 2.2, calculate R1, R2, RC and RE to achieve gain of 10. Note the followings: . . . . The supply voltage is 5V. Choose collector current around 1mA. Choose R1 and R2 such that the design is independent of Beta. Choose RE such that the design is not prone to VBE variations. Choose RC to get gain of 10. Choose Q1 as 2N4401. VOFF = 0 VAMPL= 10mV FREQ = 1000 AC = V2 C1 HH - - ww Cir 2.2 ▶ R1 R2 RC Q1 QbreakN RE C ▶ ✔ -V1 5Vdc