I-FE-based 1k107 nanocrystalline ribbon
Ukufanisa
| Igama lomkhiqizo | I-FE-based 1k107 nanocrystalline ribbon |
| P / n | MLNR-2132 |
| Gcwalisath | I-5-65mm |
| Tukuncenga | 26-34μm |
| Ukugcwaliswa kwamandla kazibuthe | I-1.25 BS (T) |
| Ukusebenzela amandla | 1.5 HC (A / m) |
| Ukumelanakabisa | 1.20 (μωω) |
| I-MagnetoOstrunt Cooffliccient | 1 λs (ppm) |
| Ukushisa kwe-Curie | I-570 TC (℃) |
| Ukushisa kwe-Crystallization | I-500 tx (℃) |
| Incekusana | 7.2 ρ (G / cm3) |
| Ubunzima | I-880 |
| Ukunwebeka okwenziwe nge-thermal | 7.6 |
Isicelo
● Ukushintsha amandla okunikeza amandla okuguqula ama-transformers kanye ne-pulse transformer cores
● Abaguquli bamandla, ukucacisa kwamanje kwe-transformer cores
● Ukuvikelwa kokuvikelwa kwe-Transformer Iron Core
● Amahlunga ama-Inductors, Ama-Inductors Earder Storance, ama-Reactor Cores
● Imodi evamile ye-EMC kanye nemodi yokuhlukanisa i-Inductor Core
● Abasekeli bokugcwala, ama-amplifiers kazibuthe, ama-spike supperes cores kanye nobuhlalu bamandla kazibuthe
Izici
Izinto ze-nanocrystalline ezisuselwa kuFecryStalline ziphakeme kunezezinto ezijwayelekile futhi zizoba yisixazululo esihle kakhulu sohlelo lwakho lokusebenza (Umdwebo 1.1).
ISIQINISEKISO
● Ukufundwa kwamandla kazibuthe okuphezulu (1.25 t) kanye ne-High Magnetic Permeability (> 80,000) yamavolumu amancane nokunemba okuphezulu
● Ukulahleka okuyisisekelo okulingana no-1/5 we-amorphous esekwe ngensimbi, ngokulahleka okuphansi njengo-70 W / kg ku-100 KHZ, 300 MT
● Ukugcwaliswa kwe-MagnetoOstrodrints ehlanganisiwe kusondele ku-0, ngomsindo ophansi kakhulu wokusebenza
● Ukuqina okungcono kakhulu kwezinga lokushisa, <10% ushintsho ezintweni ezibonakalayo ezingokwezalo zokushisa -50 kuya ku-120 ° C
● Izici zemvamisa ezinhle kakhulu ezinokuvumela okuhle nokulahleka okuphansi ibanga elijwayelekile
● Ngezakhiwo eziguquguqukayo zikazibuthe, izinhlobo ezahlukene zezakhiwo zamabuthe zingatholakala ngokusebenzisa amandla ahlukile kazibuthe aguqukayo futhi mpo, noma ukwelashwa okushisa kwamandla kazibuthe, njengokukhumbula okuphezulu, isilinganiso esiphakeme esingunxantathu, kanye ne-permecy ephezulu kazibuthe
Ukuqhathanisa okubonakalayo
| Ukuqhathanisa ukusebenza kwe-nanocrystalline ribbon ene-Ferrite Core | ||
| Amapharamitha ayisisekelo | I-Nanocrystalline Ribbon | UFerrite Core |
| Ukugcwaliswa kwama-purnetic kazibuthe (t) | I-1.25 | 0.5 |
| Insalela ye-Magnetic Engential Br (T) (20KHZ) | <0.2 | 0.2 |
| Ukulahleka Komgogodla (20KHZ / 0.2T) (W / KG) | <3.4 | 7.5 |
| Ukulahleka Komgogodla (20KHZ / 0.5T) (W / KG) | <35 | Ayikwazi ukusetshenziswa |
| Ukulahleka Komgogodla (50KHZ / 0.3T) (W / KG) | <40 | Ayikwazi ukusetshenziswa |
| UMagnetic Creativity (20KHZ) (GS / OE) | > 20000 | 2000 |
| I-Comenticce Force HC (A / M) | <2.0 | 6 |
| Ukumelana (MW-CM) | <2 | 4 |
| I-MagnetoOstrinty Coefflication (X10-6Isihlehlukene | 400 | 740 |
| Ukumelana (MW-CM) | 80 | 106 |
| Ukushisa kwe-Curie | > 0.7 | - |
