The MOSFET in the following circuit is in which configuration?[/expand]a) Common Source (CS)b) Common Gate (CG)c) Common Drain (CD)d) None of the mentioned (Q.5-Q.10) Reference circuit for Q.5-Q.10 The circuit below is the characterization for the amplifier as a functional block. 5. If the value of Rin for the common source configuration is R1 and that for common source with a source resistance configuration is R2 ideally. The ratio of R1/R2 will be

• A. Common Source (CS)b) Common Gate (CG)c) Common Drain (CD)d) None of the mentioned (Q.5-Q.10) Reference circuit for Q.5-Q.10 The circuit below is the characterization for the amplifier as a functional block. 5. If the value of Rin for the common source configuration is R1 and that for common source with a source resistance configuration is R2 ideally. The ratio of R1/R2 will bea) R1/R2 = 1
• B. Common Gate (CG)c) Common Drain (CD)d) None of the mentioned (Q.5-Q.10) Reference circuit for Q.5-Q.10 The circuit below is the characterization for the amplifier as a functional block. 5. If the value of Rin for the common source configuration is R1 and that for common source with a source resistance configuration is R2 ideally. The ratio of R1/R2 will bea) R1/R2 = 1b) 0 < R1/R2 < 1
• C. Common Drain (CD)d) None of the mentioned (Q.5-Q.10) Reference circuit for Q.5-Q.10 The circuit below is the characterization for the amplifier as a functional block. 5. If the value of Rin for the common source configuration is R1 and that for common source with a source resistance configuration is R2 ideally. The ratio of R1/R2 will bea) R1/R2 = 1b) 0 < R1/R2 < 1c) R1/R2 > 1
• D. None of the mentioned (Q.5-Q.10) Reference circuit for Q.5-Q.10 The circuit below is the characterization for the amplifier as a functional block. 5. If the value of Rin for the common source configuration is R1 and that for common source with a source resistance configuration is R2 ideally. The ratio of R1/R2 will bea) R1/R2 = 1b) 0 < R1/R2 < 1c) R1/R2 > 1d) R1/R2 = 0View Answer