Many stereo speakers are two-way speaker systems; that is, they have a woofer for low-frequency sounds and a tweeter for high-frequency sounds. To get the proper separation of frequencies going to the woofer and to the tweeter, crossover circuitry is used. A crossover circuit is effectively a bandpass, highpass, or low-pass filter. The system model is shown in Eigure P5 64. The function of the crossover circuitry is to channel frequencies below a given crossover frequency, $f_c$, into the woofer and frequencies higher than $f_c$ into the tweeter. Assume an ideal amplifier such that $R_S=0$ and that the desired crossover frequency is $1,200 \mathrm{~Hz}$. Find $C$ and $L$ when $R_1=R_2=8 \Omega$.
(FIGURE CAN'T COPY)
Figure P5.64