Ga wani ya shafi hanyar da ferrite beads ke yi? Suna amfani da maganin don kare masu tashin hankali?

Tattalin Ferrite Beads

Ferrite beads suna da amfani da su mafi yawa don kula da takardun fanni na tattalin electromagnetic (EMI), yaɗu a cikin abubuwa da ke shiga hanyoyi masu siffar. Su da muhimmanci sosai a nan:

Kula da Tattalin Electromagnetic Interference (EMI): Ferrite beads suna iya gina hanyoyi masu siffar mai yawa, kamar hanyoyi masu siffar da spikes a wasu hanyoyin radio frequency (RF) da phase-locked loop (PLL).

Kula da Hanyoyin Siffar a Lami da Data Lines: Amfani da ferrite beads a lami da data lines zai iya tabbatar da tsirriyar hanyoyi masu siffar, ta haka za su taimakawa wajen samun tsirriyar alama.

Gina Tattalin Pulse na Electrostatic Discharge: Ferrite beads suna da kyakkyawan gina tattalin pulse na electrostatic discharge, wanda ke taimakawa su daga damar hanyoyi masu siffar da ya fi faru.

Kula da Tattalin EMI Sources a PCBs: A cikin printed circuit boards (PCBs), ferrite beads suna iya amfani da su don kula da hanyoyi masu siffar da suka fito daga circuits masu shiga digital.

Prinsipin rayuwar ferrite beads

Ferrite beads suna amfani da kyakkyawan abubuwan maganin su don kula da tattalin. Hasashe, abubuwan ferrite suna da high permeability, wanda ke taimakawa su a hanyoyi masu siffar. A hanyoyi masu siffar, abubuwan ferrite suna nuna kyakkyawan electrical reactance, kuma a lokacin da siffarin yana ɗauke, karfiyarsu yana ɗauke. Wannan karfi yana nuna a cikin component resistive, wanda ke taimakawa su daga ɗauken impedance. Idan hanyoyi masu siffar suka haifar da ferrite beads, tattalin electromagnetic interference zai gina da kawo a kan thermal energy.

Mafarin

Ferrite beads suna kula da gina hanyoyi masu siffar da tattalin signals daga baya, tun daga kyakkyawan magnetic da electrical properties su, don haka suke taimakawa wurare da damar tattalin electromagnetic interference. Su suna amfani da su a cikin abubuwa da dama, yaɗu a wuraren da ba su buƙata ba tattalin electromagnetic radiation da hanyoyi masu siffar.