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A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies, 0j < @ < @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 menghetikan atau menghapuskan semua frekuensi dalam jalur frekuensi, o,

A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies, 0j < @ < @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 menghetikan atau menghapuskan semua frekuensi dalam jalur frekuensi, o,

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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xx- please answer this question 4 i and ii

Question 4 |Soalan 4) A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies, 01 <o <@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, o, < o < 0z. 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 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 60 Hz sinusoid while passing other frequencies. The bandwidth of the rejection desired is 30 Hz, and R= R1.= 600 Q. [Sebagai seorang jurutera, anda dikehendaki merekabentuk suatu penapis batas jalur dengan menggunakan litar Rajah 4 untuk menolak bentuk sinus 60 Hz sementara melepaskan frekuensi- frekuensi lain. Lebar jalur bagi kehendak penolakan ialah 30 Hz dan R = R1 = 600 0.]
Transcribed Image Text:Question 4 |Soalan 4) A band stop filter is designed to stop or eliminate all frequencies within a band of frequencies, 01 <o <@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, o, < o < 0z. 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 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 60 Hz sinusoid while passing other frequencies. The bandwidth of the rejection desired is 30 Hz, and R= R1.= 600 Q. [Sebagai seorang jurutera, anda dikehendaki merekabentuk suatu penapis batas jalur dengan menggunakan litar Rajah 4 untuk menolak bentuk sinus 60 Hz sementara melepaskan frekuensi- frekuensi lain. Lebar jalur bagi kehendak penolakan ialah 30 Hz dan R = R1 = 600 0.]
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