Inkqubo yokwenziwa kwesicelo se-rod inductor| PHILA

I- inductor intonga yi njengomncedisi ukuqinisekisa ukusebenza eqhelekileyo izixhobo ze-elektroniki. Yiconductor yamagnetic ejikelezayo. Inductor yentonga licandelo eliqhelekileyo lokuchasana ne-jamming kwisekethe ye-elektroniki, enokuthintela ingxolo ephezulu kakhulu. Emva koko, umhleli uya kwazisa iimpawu ze-inductor yentonga kwinkqubo yokusetyenziswa.

Iimpawu ze-inductor yentonga

I-Ferrite anti-interference core sisixhobo esitsha kunye nexabiso eliphantsi lokuchasana nokuphazamiseka okuphuhliswe kwiminyaka yakutshanje. Umsebenzi wayo ulingana ne-low-pass filter, exazulula ingxaki yokuphazamiseka kwe-high-frequency interference of power lines, imigca yesignali kunye nezixhumi, kwaye inoluhlu lweenzuzo ezifana nokulula, okulula, okusebenzayo, indawo encinci kunye nokunye. I-Ferrite core yindlela yoqoqosho, elula kwaye esebenzayo yokucinezela ukuphazamiseka kwe-electromagnetic (EMI), esetyenziswe ngokubanzi kwiikhompyuter kunye nezinye izixhobo zombane.

I-Ferrite luhlobo lwemathiriyeli yamagnetic ene-conductivity ephezulu yemagnethi engena kwintsimbi enye okanye ngaphezulu njenge-magnesium, i-zinc, i-nickel njalo njalo kwi-2000 ℃. Kwibhendi ye-frequency ephantsi, i-anti-jamming core ibonisa i-impedance ye-inductance ephantsi kakhulu, engachaphazeli ukuhanjiswa kweempawu ezincedo kumgca wedatha okanye umgca wesignali. Kodwa kwibhendi yefrikhwensi ephezulu, ukuqala kwi-10MHz okanye kunjalo, i-impedance iyanda, icandelo le-inductance lihlala lincinci kakhulu, ngelixa icandelo lokumelana likhula ngokukhawuleza. Xa amandla e-high-frequency edlula kwizinto zemagneti, into ephikisayo iguqula amandla kumandla obushushu kwaye iyawachitha. Ngale ndlela, i-low-pass filter yenziwa, eyenza ukuba i-high-frequency signal signal iyancipha kakhulu, ngelixa i-impedance ye-low-frequency eluncedo isignali inokungahoywa kwaye ayichaphazeli ukusebenza okuqhelekileyo kwesekethe.

Rod inductor

Ukusetyenziswa kwee-inductors zentonga: i-anti-interference rod inductors isoloko isetyenziselwa ukucinezela ukuphazamiseka kwimigca yamandla kunye nemigca yesignali, kwaye ibe namandla okufunxa i-electrostatic pulses ngexesha elinye.

1. Ukusetha ngokuthe ngqo kunikezelo lwamandla okanye iqela lemigca yesignali. Ukuze ukwandise ukuphazamiseka kunye nokufunxa amandla, inokuphinda iphindwe ngamaxesha amaninzi.

2. I-inductor ye-anti-interference rod ixhotyiswe ngendandatho ye-magnetic clamp, efanelekileyo ekuhlawuleni ukunyanzeliswa kwe-anti-interference.

3. Iyakwazi ukunyanzeliswa lula kwintambo yamandla kunye nomgca wesignali.

4. Ufakelo oluguquguqukayo kunye nokusebenziseka kwakhona.

5. Ikhadi elakhiweyo lilungisiwe kwaye alichaphazeli umfanekiso opheleleyo wesixhobo.

Umbala we-inductor yentonga ngokuqhelekileyo ngumbala wendalo-omnyama, kwaye umphezulu wendandatho yamagnetic i-fine-grained, kuba isetyenziselwa ukulwa nokuphazamiseka kwaye ayifane ibeyipeyinti eluhlaza. Ngokuqinisekileyo, ixabiso elincinci likwasetyenziselwa ukwenza i-inductors, ephinda ifafazwe eluhlaza ukuze kuphunyezwe ukugquma okungcono kunye nomonakalo ongaphantsi kocingo lwe-enamelled. Umbala ngokwawo awunanto yakwenza nokusebenza. Abasebenzisi abaninzi bahlala bebuza, indlela yokwahlula phakathi kwezangqa ezinozibuthe ezikwi-frequency high-frequency and low-frequency magnetic rings? Xa sithetha ngokubanzi, iringi yemagnethi ephantsi-ifrikhwensi iluhlaza kwaye i-high-frequency magnetic ring yindalo.

Oku ngasentla sisingeniso esifutshane senkqubo yokusetyenziswa kwe-bar inductor. Ukuba ufuna ukwazi ngakumbi malunga ne-inductor, nceda uzive ukhululekile ukuqhagamshelana nomenzi wethu ngeengcebiso.