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answerhappygod
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please urgent for 20 minutes
please urgent for 20 minutes
The network and its equivalent circuit shown below, separates an audio signal into its woofer (low frequency component) and tweeter (high frequency component). C Tweeter S L el V, One channel of a stereo amplifier RIV R2 V2 S2 Si S2 Woofer Accordingly; a) Derive the transfer function for both outputs (find V/V, and V2/V:) b) Which of the outputs is fed to the tweeter and which one is fed to the woofer? c) If R= 10 22 and R2 = 5 9 find L and C such that both outputs result in the same signal amplitude at f= 5 kHz. d) An alternative circuit to separate the audio signal into woofer and tweeter components can be constructed using a series R-L-C circuit. In the alternative circuit, clearly indicate the input and outputs for the woofer and the tweeter. Make sure the component values ensure the conditions stated in part c).
The network and its equivalent circuit shown below, separates an audio signal into its woofer (low frequency component) and tweeter (high frequency component). C Tweeter S L el V, One channel of a stereo amplifier RIV R2 V2 S2 Si S2 Woofer Accordingly; a) Derive the transfer function for both outputs (find V/V, and V2/V:) b) Which of the outputs is fed to the tweeter and which one is fed to the woofer? c) If R= 10 22 and R2 = 5 9 find L and C such that both outputs result in the same signal amplitude at f= 5 kHz. d) An alternative circuit to separate the audio signal into woofer and tweeter components can be constructed using a series R-L-C circuit. In the alternative circuit, clearly indicate the input and outputs for the woofer and the tweeter. Make sure the component values ensure the conditions stated in part c).
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