Inqubo yokufaka isicelo se-rod inductor| ULULAME

I- inductor yenduku iyisesekeli sokuqinisekisa ukusebenza okuvamile kwemishini kagesi. Kuyi-conductor eyindilinga kazibuthe. I-Rod inductor iyisakhi esivamile sokulwa ne-jamming kumjikelezo we-elekthronikhi, enganqanda kahle kakhulu umsindo ovela phezulu. Okulandelayo, umhleli uzokwethula izici ze-inductor yenduku kunqubo yokusebenzisa.

Izici ze-rod inductor

I-Ferrite anti-interference core iyisisetshenziswa esisha nesishibhile sokulwa nokuphazamiseka esakhiwe eminyakeni yamuva. Umsebenzi wayo ulingana nesihlungi se-low-pass, esixazulula inkinga yokucindezelwa kokuphazanyiswa kwe-high-frequency yemigqa yamandla, imigqa yesignali nezixhumi, futhi inochungechunge lwezinzuzo ezifana nokulula, okulula, okusebenzayo, isikhala esincane nokunye. I-Ferrite core iyindlela eyongayo, elula futhi ephumelelayo yokucindezela ukuphazamiseka kwe-electromagnetic (EMI), esetshenziswe kakhulu kumakhompyutha nakwezinye izinto zokusebenza zikagesi.

I-Ferrite iwuhlobo lwezinto ezisebenza ngozibuthe ezine-conductivity kazibuthe ephezulu engena ngensimbi eyodwa noma ngaphezulu njenge-magnesium, i-zinc, i-nickel nokunye ku-2000 ℃. Kubhendi yefrikhwensi ephansi, i-anti-jamming core iveza i-impedance ye-inductance ephansi kakhulu, engathinti ukudluliswa kwezimpawu eziwusizo kulayini wedatha noma umugqa wesiginali. Kodwa ku-band frequency high, kusukela ku-10MHz noma ngaphezulu, i-impedance iyanda, ingxenye ye-inductance ihlala incane kakhulu, kuyilapho ingxenye yokumelana ikhula ngokushesha. Uma amandla efrikhwensi ephezulu edlula kokokusebenza kazibuthe, into ephikisayo iguqula amandla iwenze amandla ashisayo futhi iwachithe. Ngale ndlela, kwakhiwa isihlungi se-low-pass, okwenza isignali yomsindo we-high-frequency incishiswe kakhulu, kuyilapho i-impedance yesignali ewusizo ye-low-frequency inganakwa futhi ayithinti ukusebenza okuvamile kwesifunda.

Rod inductor

Ukusetshenziswa kwama-rod inductors: ama-anti-interinterference rod inductors avame ukusetshenziselwa ukucindezela ukuphazamiseka kwezintambo zamandla nemigqa yesignali, futhi abe namandla okumunca ama-electrostatic pulses ngesikhathi esifanayo.

1. Setha ngokuqondile ekunikezeni amandla noma inqwaba yemigqa yesignali. Ukuze ukwandise ukuphazamiseka nokumunca amandla, kungaphinda kuphindwe izikhathi eziningana.

2. I-anti-interinterinterference rod inductor ifakwe indandatho kazibuthe yokuqinisa, elungele ukucindezelwa okulwa nokuphazanyiswa okunxeshezelwe.

3. Ingaboshelwa kalula entanjeni yamandla nakulayini wesignali.

4. Ukufakwa okuguquguqukayo nokusebenziseka kabusha.

5. Ikhadi elakhelwe ngaphakathi lilungisiwe futhi alithinti isithombe sonke semishini.

Umbala we-inductor yenduku ngokuvamile umbala wemvelo-mnyama, futhi ingaphezulu lendandatho kazibuthe inohlamvu oluncane, ngoba isetshenziselwa kakhulu ukulwa nokuphazamiseka futhi ayivami ukupendwa ngokuluhlaza. Vele, inani elincane lisetshenziselwa ukwenza ama-inductors, aphinde afuthwe ngokuluhlaza ukuze kuzuzwe ukufakwa okungcono nokulimala okuncane kocingo olunamelled. Umbala ngokwawo awuhlangene nokusebenza. Abasebenzisi abaningi bavame ukubuza, indlela yokuhlukanisa phakathi kwamasongo kazibuthe aphezulu kanye nezindandatho ezinozibuthe eziphansi? Ngokuvamile, indandatho kazibuthe enefrikhwensi ephansi iluhlaza futhi indandatho kazibuthe enemvamisa ephezulu ingokwemvelo.

Okungenhla isingeniso esifushane senqubo yokusebenzisa i-inductor yebha. Uma ufuna ukwazi okwengeziwe nge-inductor, sicela ukhululeke ukuxhumana nomkhiqizi wethu ukuze uthole iseluleko.