F7.1. The crossover network for an audio speaker consisting of a tweeter (high frequency) and woofer (low frequency) can

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F7 1 The Crossover Network For An Audio Speaker Consisting Of A Tweeter High Frequency And Woofer Low Frequency Can 1 (53.86 KiB) Viewed 30 times

F7.1. The crossover network for an audio speaker consisting of a tweeter (high frequency) and woofer (low frequency) can be modeled by the circuit shown below, with the speakers modeled by the resistors. a. b. C. d. -C + V ₁ + V2 Find the transfer function V₁/Vs. What type of filter is represented by this function? Find the transfer function V₂/Vs. What type of filter is represented by this function? Based on a and b, which resistor models the tweeter and which resistor models the woofer? The crossover frequency is defined as the frequency where the magnitude functions of the two filters represented by the RL and RC networks intersect. Assume each speaker is modeled by a 6 resistor and the crossover frequency is 2.5 kHz. Determine the values of L and C. [20]