Chegg Solutions for Microelectronic Circuits (Adel S Sedra, Kenneth C Smith) (Z-Library)_parte_1085

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Step of 8 10.002E Calculate the value of the resistance Substitute 100kQ for for and for (100k)(2.5k) 100k+2.5k +5k 102.5k =2.44k+5k Therefore, the value of the resistance is Step of 8 Calculate the value of the resistance RCE B+1 Substitute 100 for for for RE for and for 100+1 25+ (100k)(5k) 101 100k+5k 101 (5k)(72.15) 5k+72.15 (5k)(72.15) 5.72k Therefore, the value of the resistance RCE is Step of 8 Calculate the value of the resistance Substitute 8kQ for Rc and for Therefore, the value of the resistance IS Step of 8 Calculate the value of the time constant Substitute 7.44 kΩ for and for =7.44 ms Therefore, the value of the time constant is 7.44 ms Step of Calculate the value of the time constant Substitute 71.13 for and for 0.071 ms Therefore, the value of the time constant is 0.071 ms Step of 8 Calculate the value of the time constant Substitute 13 kΩ for and for ms Therefore, the value of the time constant is Step 8 Calculate the value of the frequency fL 1 Substitute 13 ms for 0.071 ms for CE and 7.44 ms for I 7.44 m 0.071 m 13 m 134.41+14084.51+76.92) (14295.84) =2.28 kHz Therefore, the value of the frequency Step of 8 Calculate the value of the frequency Substitute for RE and µF for 1 1 = 31.42 m =31.8 Hz Therefore, the value of the frequency The value of the frequency much smaller compared to the value of the frequency Hence, the value of the frequency does not effect the value of