Ginisa Ardiyani
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DESAIN PEMBUATAN DAN UJI COBA KUMPARAN HELMHOLTZ BERBENTUK LINGKARAN

Jurnal Online Mahasiswa (JOM) Bidang Matematika dan Ilmu Pengetahuan Alam Vol 2, No 1 (2015): Wisuda Februari 2015
Publisher : Jurnal Online Mahasiswa (JOM) Bidang Matematika dan Ilmu Pengetahuan Alam

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Abstract

Design and study  of Helmholtz coils have been carried out.  The coils  diameter was designed of about    13 cm and  number of turns of    50, 100, 150, 200 and 250. Magnetic field that produced by those coils was measured using  pasco  magnetic probe PS-2162 as a function of an applied current, distances and number of turns. As comparison,  then the magnetic field produced by these coils had been compared to the standard one.  Maximum value of magnetic field was obtained at the center of the coil. For an applied current of 2 A, then the magnetic field at the center of the coils either  standard one  or the designed one  was  7.156 x 10-5T  and 5.907  x 10-5T respectively. The value of magnetic field increases as number of turns and current are increased, for the coils with number of turns of 50 and 250 that carrying current of 1.0 A  produced a magnetic field of  5.241 x 10-5T and 6.208 x 10-5T respectively. This is due to the direct relationship between current (I) and number of turns (N) against magnetic field as expected. The value of magnetic field decreases as moving away from the center of coil either in horizontal or vertical direction.

PERUBAHAN KUAT MEDAN MAGNET SEBAGAI FUNGSI JUMLAH LILITAN PADA KUMPARAN HELMHOLTZ

Komunikasi Fisika Indonesia Vol 13, No 12 (2016)
Publisher : Komunikasi Fisika Indonesia

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Abstract

Telah dilakukan penelitian tentang rancang bangun dan analisis kumparan Helmholtz yang dibuat dengan diameter 13 cm dan jumlah lilitan yang bervariasi yaitu dari : 50, 100, 150, 200 dan 250 lilitan. Medan magnetik yang ditimbulkan oleh kumparan ini diukur menggunakan probe magnetik pasco PS-2162 sebagai fungsi arus, jarak dan jumlah lilitan. Nilai maksimum medan magnetik yang dihasilkan pada pusat kumparan Helmholtz standar dengan arus sebesar 2 A adalah sebesar 7.156 x 10-5 T sedangkan untuk kumparan Helmholtz yang dibuat adalah 5.907 x 10-5T. Kenaikan jumlah lilitan dan kuat arus mengakibatkan medan magnetik juga semakin besar, untuk kumparan dengan jumlah lilitan 50 dan 250 yang dialiri arus sebesar 1.0 A menghasilkan medan magnetik masing-masing sebesar 5.241 x 10-5T dan 6.208 x 10-5T. Pertambahan ini sesuai dengan yang diharapkan dimana medan magnetik nilainya berbanding lurus dengan arus (I) dan jumlah lilitan (N). Nilai medan magnetik menurun ketika jarak semakin jauh dari pusat kumparan dalam arah horizontal dan vertikal.

PERUBAHAN KUAT MEDAN MAGNET SEBAGAI FUNGSI JUMLAH LILITAN PADA KUMPARAN HELMHOLTZ

Komunikasi Fisika Indonesia Vol 13, No 12 (2016)
Publisher : Universitas Riau

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Abstract

Design and study of Helmholtz coils have been carried out. The coils diameter was designed of about 13 cm and number of turns of 50, 100, 150, 200 and 250. Magnetic field that produced by those coils was measured using pasco magnetic probe PS-2162 as a function of an applied current, distances and number of turns. As comparison, then the magnetic field produced by these coils had been compared to the standard one. Maximum value of magnetic field was obtained at the center of the coil. For an applied current of 2 A, then the magnetic field at the center of the coils either standard one or the designed one was 7.156 x 10-5T and 5.907 x 10-5T respectively. The value of magnetic field increases as number of turns and current are increased, for the coils with number of turns of 50 and 250 that carrying current of 1.0 A produced a magnetic field of 5.241 x 10-5T and 6.208 x 10-5T respectively. This is due to the direct relationship between current (I) and number of turns (N) against magnetic field as expected. The value of magnetic field decreases as moving away from the center of coil either in horizontal or vertical direction.