Kev Ua Haujlwm Siab Toroidal Mos Hlau Core Rau Cov Kev Siv Sib Nqus

Toroidal Mos Hlau Cov Khoom Piav Qhia Khoom

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Cov yam ntxwv toroidal hlau hlau

Kev ua tau zoo heev sib nqus: Cov hlau mos nws tus kheej tau muaj kev sib nqus siab heev permeability, kom zoo dua rau cov hlau zoo li qub. Qhov no tso cai rau thaj teb sib nqus kom dhau mus rau cov tub ntxhais ua kom muaj zog ntxiv, txo cov hlau nplaum thiab cov khib nyiab pov tseg hauv kev sib nqus.

 

Tsawg hysteresis poob: Cov hlau muag muag muaj cov hlau tsis tshua muaj. Thaum sib sau ua ke thiab demagnetized nyob rau hauv ib qho kev sib nqus cov khoom sib nqus, hloov pauv mus rau qhov nyuaj ntawm cov khoom sib nqus, ua rau nws haum siab}.

 

Qhov Zoo ntawm Toroidal Qauv: Cov qauv tsim toroidal tsim cov kev sib nqus Circuit Court nrog tsis muaj qhov pom tseeb. Qhov no zam kev hloov pauv ntawm kev sib nqus ntawm cov nqaws ntawm cov npoo ntawm cov lis kev cai laminated laminated laminated cores, ntxiv txo kev sib nqus poob. Ib qho ntxiv, cov qauv yog ruaj khov, ua rau muaj kev co tsawg thiab suab nrov thaum ua haujlwm.

 

Daim Ntawv Thov Toroidal Cov Khoom Siv ToroD

Kev Hlau Hluav Taws Xob: Siv nyob rau hauv high - zaus inductors, chokes, thiab cov hloov me me. Piv txwv li, lim cov neeg inductors hauv kev hloov pauv hluav taws xob cov khoom siv rau nws cov qis- poob 特性 txhawm rau txhim kho lub zog hloov kho hluav taws xob hloov kho.

 

Cov khoom siv sensors thiab kuaj cov khoom siv: Xws li hluav taws xob ntsuas hluav taws xob thiab cov hloov pauv tam sim no. Cov cuab yeej siv no siv nws lub siab sib nqus permeability kom muaj tseeb kev txiav txim siab lossis hloov cov phiaj xwm sib nqus, kom pom kev xav tau.

 

Cov Khoom Siv Hluav Taws Xob: Haum rau qes - voltage, tsawg - Power Toroidal hloov pauv lossis reactors. Lawv feem ntau pom hauv cov khoom siv hluav taws xob pej xeem (piv txwv li, audio fais fab khoom), ntsuas kev siv hluav taws xob thiab miniaturization.

Ntiv nplhaib tub ntxhais hais lus 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