The network and its equivalent circuit shown below, separates an audio signal into its woofer (low frequency component)

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The Network And Its Equivalent Circuit Shown Below Separates An Audio Signal Into Its Woofer Low Frequency Component 1 (67.51 KiB) Viewed 51 times

The network and its equivalent circuit shown below, separates an audio signal into its woofer (low frequency component) and tweeter (high frequency component). Tweeter S 28 One channel of a stereo amplifier R S2 S 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 R1 = 102 and R2 = 5.2 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).