I-Horizontal Ferrite Core EE27 Ukusebenza Okuphakeme Kwamandla Ezimboni I-PFC Inductor

I-Horizontal Ferrite Core EE27 Ukusebenza Kakhulu Okuphezulu Amandla Ezimboni I-PFC Inductor Isithombe Esifakiwe

Incazelo emfushane:

I-SH-P27 iyi-inductor ye-PFC esetshenziswa ezimbonini zamandla kagesi.Ingena esikhundleni sesakhiwo esisebenza kahle kakhulu futhi esibizayo sikazibuthe ngesakhiwo se-EE esisebenza kahle kakhulu.Ngesikhathi esifanayo, ngokwamukela uhlelo olusha lokuklama okuyinhloko kazibuthe, izinkinga zokulahlekelwa okukhulu esikhaleni somoya kanye nomthelela ongagculisi wokuhambisana nozibuthe kagesi womongo wendabuko we-EE ziyaxazululwa.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Isingeniso

Lo mkhiqizo usetshenziswa kakhulu engxenyeni yokuqala yokokufaka yesekethe kagesi wezimboni ongu-180W, futhi uthuthukisa ukusebenza kahle kwesekethe ngokulungisa isici samandla.Ukuze kutholwe izici ezingcono, ikhambi lendabuko ngokuvamile lisebenzisa ukwakheka kwendandatho kazibuthe, kodwa lo mkhiqizo usebenzisa umongo oyinhlanganisela futhi usebenzisa isakhiwo se-EE ukuze uzuze izici zikagesi eziqhathaniswa nesakhiwo sendandatho kazibuthe.

Amapharamitha

CHA.	IZINTO	TEST PIN	INKCAZO	IZIMO ZOKUHLOLA
1	I-inductance	10-1	140u H±7%	100KHz,1.0Vrms
2	I-DCR	10-1	125mΩ MAX	NGO 25℃
3	I-HI-POT	I-COIL-CORE	Alikho Ikhefu	0.6KV/1mA/3s
4	Inani elingu-Q	10-1	150 imiz	100KHz,1.0Vrms

Ubukhulu: (Iyunithi: mm) & Umdwebo

Izici

1. Shintshanisa i-bobbin eyindandatho kazibuthe ufake i-EE bobbin
2. Faka esikhundleni indikimba ye-EE yendabuko ngomongo oyinhlanganisela
3. Indlela yokufaka evundlile ye-ferrite yonga isikhala endaweni evundlile

Izinzuzo

1. I-EE yohlobo lwe-bobbin inokusebenza kwezindleko eziphakeme kune-ring bobbin
2. Izici ezinhle ze-DC superposition
3. Isebenza kangcono kune-bobbin evamile yohlobo lwe-EE
4. Inezici zokuhambisana zikagesi eziphakeme kunohlobo lwe-EE lwendabuko lwe-bobbin