A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies, 01<@ < @2. Since it eliminates frequencies, it is also called band elimination filter/band-reject filter/notch filter. Figure 4 shows the band stop filter using the RCL circuit. [Satu penapis batas jalur direka untuk menghentikan atau menghapuskan semua frekuensi dalam jalur frekuensi, 3; < w < w; Memandangkan ia menghapuskan frekuensi-frekuensi, ia juga dipanggil sebagai penapis penyingkiran jalur atau penapis tolak jalur atau penapis takuk. Rajah 4 menunjukkan penapis batas jalur menggunakan litar RCL.] sL R HE RL Figure 4 [Rajah 4 ] (i) With the aid of diagrams, sketch the frequency response of the bandstop filter. [Dengan bantuan gambarajah-gambarajah, lukiskan sambutan frekuensi penapis batas jalur.] (ii) As an engineer, you are required to design the band stop filter using the circuit of Figure 4 to reject a 200 Hz sinusoid while passing other frequencies. The bandwidth of the rejection desired is 100 Hz and R= R1= 150 N.
A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies, 01<@ < @2. Since it eliminates frequencies, it is also called band elimination filter/band-reject filter/notch filter. Figure 4 shows the band stop filter using the RCL circuit. [Satu penapis batas jalur direka untuk menghentikan atau menghapuskan semua frekuensi dalam jalur frekuensi, 3; < w < w; Memandangkan ia menghapuskan frekuensi-frekuensi, ia juga dipanggil sebagai penapis penyingkiran jalur atau penapis tolak jalur atau penapis takuk. Rajah 4 menunjukkan penapis batas jalur menggunakan litar RCL.] sL R HE RL Figure 4 [Rajah 4 ] (i) With the aid of diagrams, sketch the frequency response of the bandstop filter. [Dengan bantuan gambarajah-gambarajah, lukiskan sambutan frekuensi penapis batas jalur.] (ii) As an engineer, you are required to design the band stop filter using the circuit of Figure 4 to reject a 200 Hz sinusoid while passing other frequencies. The bandwidth of the rejection desired is 100 Hz and R= R1= 150 N.
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Question
please answer question 4i and ii
![Ruestion 4
[Soalan 4]
A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies,
01< @< @2. Since it eliminates frequencies, it is also called band elimination filter/band-reject
filter/notch filter. Figure 4 shows the band stop filter using the RCL circuit.
[Satu penapis batas jalur direka untuk menghentikan atau menghapuskan semua frekuensi dalam jalur frekuensi,
@, < w < @;. Memandangkan ia menghapuskan frekuensi-frekuensi, ia juga dipanggil sebagai penapis
penyingkiran jalur atau penapis tolak jalur atau penapis takuk. Rajah 4 menunjukkan penapis batas jalur
menggunakan litar RCL.]
sL
R
HE
V,
R
Figure 4
[Rajah 4 ]
(i) With the aid of diagrams, sketch the frequency response of the bandstop filter.
[Dengan bantuan gambarajah-gambarajah, lukiskan sambutan frekuensi penapis batas jalur.]
(ii) As an engineer, you are required to design the band stop filter using the circuit of
Figure 4 to reject a 200 Hz sinusoid while passing other frequencies. The bandwidth
of the rejection desired is 100 Hz and R = R1= 150 N.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffcbcc147-7244-47bc-8ac9-e4f6298475a7%2F385e0526-ab6e-4c9f-8d3a-4631a9a9476f%2Fper479_processed.png&w=3840&q=75)
Transcribed Image Text:Ruestion 4
[Soalan 4]
A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies,
01< @< @2. Since it eliminates frequencies, it is also called band elimination filter/band-reject
filter/notch filter. Figure 4 shows the band stop filter using the RCL circuit.
[Satu penapis batas jalur direka untuk menghentikan atau menghapuskan semua frekuensi dalam jalur frekuensi,
@, < w < @;. Memandangkan ia menghapuskan frekuensi-frekuensi, ia juga dipanggil sebagai penapis
penyingkiran jalur atau penapis tolak jalur atau penapis takuk. Rajah 4 menunjukkan penapis batas jalur
menggunakan litar RCL.]
sL
R
HE
V,
R
Figure 4
[Rajah 4 ]
(i) With the aid of diagrams, sketch the frequency response of the bandstop filter.
[Dengan bantuan gambarajah-gambarajah, lukiskan sambutan frekuensi penapis batas jalur.]
(ii) As an engineer, you are required to design the band stop filter using the circuit of
Figure 4 to reject a 200 Hz sinusoid while passing other frequencies. The bandwidth
of the rejection desired is 100 Hz and R = R1= 150 N.
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