1k107 nanocrystalline nplhaib core core rau kev hloov pauv hloov

 

Nanocrystalline Cores tau muab piv rau lwm cov khoom siv sib nqus ntawm cov khoom sib xyaw ua ke, xws li cov khoom sib xyaw ua ke ntawm cov khoom siab dua, thiab cov khoom lag luam lojCov. Qhov no ua rau lawv zoo tshaj plaws rau cov ntawv thov zoo li siab- fitherency cores feem ntau nyiam rau kev muab khoom siv hluav taws xob tsawg. Nanocrystalline cores tseem muab cov txiaj ntsig zoo li loj me me, qhov hnyav dua, thiab siab dua piv rau cov cores uas muaj cov khoom silicon.

 

 

Nanocrystalline Cores vs. FerriteLubor

 

Ua yeeb yam: Nanocrystalline cores tau muaj kev vam meej ntau dua li 100 khz thiab siab dua flux ntom ntom (3-4 zaug siab dua) piv rau ferrite cores.

 

Cov Ntawv Thov: Qhov no ua rau lawv zoo tshaj plaws rau kev cog lus, qis {{} {} kev hloov pauv brokes, siab} {} Qhov tseeb hloov chaw, thiab RCD sensors.

 

Hov ntau: Nanocrystalline cores are superior for high-frequency applications, while ferrite cores are more typically used at very high frequencies where nanocrystalline cores can become less cost-effective.

 

 

Nanocrystalline cores vs. AmorphousLubor

 

Ua yeeb yam: Nanocrystalline cores muaj ntau dua flux ntom thiab zoo dua qhov ruaj khov, ua rau lawv haum rau high- kev siv fais fab. Amorphous cores feem ntau tau xaiv cov kev xaiv uas xav tau ua ntej cov txiaj ntsig poob qis thiab muaj txiaj ntsig zoo, xws li hauv cov fais fab faib kev hloov pauv.

 

Cov Ntawv Thov: Nanocrystalline cores yog qhov zoo dua rau high- Cov Hluav Taws Xob thiab cov khoom siv hluav taws xob muaj zog hauv cov khoom siv hluav taws xob tsawg.

 

 

Nanocrystalline Cores thiab Silicon HlauLubor

 

Ua yeeb yam: Nanocrystalline cores tau qis dua kev poob qis ntawm cov nquag ua vim lawv cov voj voog ntau hysteresis thiab qis dua eddy kev poob. Silicon cov hlau yog cov khoom siv tseem ceeb uas tau ntsib ntau dua cov nquag nquag.

 

Cov Ntawv Thov: Nanocrystalline Cores tau ua haujlwm ntau dua thiab sib dua rau cov kev siv cov khoom siv ntau dua, cov kev xaiv silicon yog qhov kev xaiv qis {{zaus hluav taws xob hloov hluav taws xob.

 

Qhov loj: Nanocrystalline cores pab tau ntau cov qauv tsim dua li silicon steel cores.

 

 

Ntsiab lus ntawm Nanocrystalline Cores

 

• Qhov Zoo: High ermeability, high allation flux ntom, cov tub ntxhais tsis muaj peev xwm poob ntawm cov siab ntau, kev kub siab kuj zoo, thiab kev sib xyaw loj.
• Tsis zoo: Muaj peev xwm txo qis dua flux ntom ntau dua li qee cov ntaub ntawv ntawm cov ntaub ntawv tsawg zaus, uas yuav ua rau lawv tsis haum rau qis dua cov ntawv thov tsawg.
• Cov Kev Siv Zoo Tshaj: High {- cov khoom siv fais fab, nquag}}} hom nqaij dokes, thiab siab- qhov tseeb hloov tau.

Nanocrystalline Ntiv Nplhaib Tub Ntxhaiskev qhia tshwj xeeb

Sib nqus tub ntxhais loj (hli)			Lub thawv tiv thaiv loj (hli)			Pib hla kev - ntu ntu thaj chaw AE (MM2)		Sib tw txoj kab ntev piv txwv li (hli)		Ntau DC Cov chav kawm overcurrent (A)
tus id	od	xob	Tus id	Od	Xob
14	19	6.5	12	22	8	11.86		51.81		20
14	20	10	12	22.3	11.4	29.68		52.29		40
16	21	10	15	24	12.3	24.85		57.41		60
16	23	8	15	24	9.7	20.44		61.23		60
16	23	10	15	24	12.3	34.62		59.92		60
17	22	10	15.3	24.4	12.3	24.86		60.59		60
17	21	8	15.3	24	9.7	25.56		60.67		60
17	23	8	15.3	24.4	9.7	26.89		61.34		60
18	23	10	16.4	24.4	12.3	29.78		60.38		70
18	24	9	16.4	25	11.2	34.78		60.89		70
18	25	10	16.4	25.9	12.3	37.97		64.56		70
19	24	9	17.3	25	11.2	40.39		65.32		80
19	25	10	17.3	26	12.3	39.42		62.31		80
19	26	10	17.3	27.3	12.3	48.32		69.56		80
20	25	10	18.5	26.3	12.3	39.29		70.32		90
20	28	10	18.5	29	12.3	45.76		73.88		90
20	32	10	18.5	32.3	12.3	58.91		78.75		90
21	29	10	18.2	31.3	12.3	39.65		77.19		100
21	26	8	18.3	27.4	9.7	46.54		78.32		100
21	28	10	18.3	30	12.3	50.39		77.45		100
22	28	10	20.5	30	12.3	49.32		79.89		120
22	32	10	20.5	33.4	12.3	43.58		73.43		120
23	32	10	21.3	33.4	12.3	44.56		74.56		120