Ikhwalithi ephezulu engu-100W 200W Uhlaka Oluvulekile Lokushintsha Ukunikezwa Amandla Isithombe Esifakiwe

Ikhwalithi ephezulu 100W 200W Open Open Switching Power Supply

Imininingwane yale nto

* Idizayini yomumo omncane we-Ultra, kulula ukuyifaka

* Ukusebenza okugcwele komthwalo, ukukhuphuka kwezinga lokushisa eliphansi

* Hlangana nezidingo zokuphepha, futhi i-voltage yokumelana ne-isolation inkulu kuno-3000VAC

*Ihambisana nomklamo we-EMC, ingagunyazwa, icutshungulwe i-ripple ephansi.

*Ubuchwepheshe bokulungisa bokuvumelanisa ongazikhethela, ukusebenza kahle okuphezulu kanye nokukhuphuka okuphansi kwezinga lokushisa.

* Isekhethi emfushane yokuphumayo, ngaphezulu kwamanje, imisebenzi yokuvikela amandla ngaphezulu ilungile.

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Amapharamitha kagesi/Izicaciso:

Imodeli No		I-TASC120-12V8A	I-TASC120-12V10	I-TASC120-24V4A	I-TASC120-24V5A
Okukhiphayo	I-voltage ye-DC	12V	12V	24V	24V
	Ikalwe okwamanje (ukupholisa kwemvelo)	8A	10A	4A	5A
	Ibanga lamanje	0-8A	0-10A	0-4A	0-5A
	Amandla alinganiselwe (ukupholisa kwamahhala)	100W	120W	100W	120W
	I-Ripple Noise (Okuphezulu)	100mVp-p	100mVp-p	120mVp-p	120mVp-p
	Ukunemba kwe-voltage	±2%	±2%	±2%	±2%
	Izinga lokulungiswa komugqa	±0.5%	±0.5%	±0.5%	±0.5%
	Umthethonqubo Womthwalo	±0.5%	±0.5%	±0.5%	±0.5%
	Ukusebenza kahle (TYP)	88% (220V MAX)	88% (220V MAX)	87% (220V MAX)	87% (220V MAX)
	Ibanga lokulungiswa kwe-voltage	10.5V~14.0V	10.5V~14.0V	22.5V~26.0V	22.5V~26.0V
	Isikhathi sokuqala, isikhathi sokukhula	1500ms, 30ms/220VAC 2500ms, 30ms/110VAC(umthwalo ogcwele)
Okokufaka	ububanzi be-voltage	I-VAC90-264V VDC127~370V (Sicela ubhekisele kokuthi "Derating Curve").
	I-Frequency Range	47 ~ 63Hz
	I-AC yamanje (TYP)	1.1A/220VAC,2.2A/110V
	I-Inrush current (TYP)	KUQALA OKUMANDA 45A
	ukuvuza kwamanje	<2mA/240VAC
Okwamanje Ukuvikelwa	isifunda esifushane	Imodi yokuvikela: imodi ye-hiccup, ukutakula okuzenzakalelayo ngemva kokususwa kwesimo esingavamile
	phezu kwamanje	110% ~ 200% wokukhiphayo okulinganiselwe kwamanje
	phezu kwamandla	110%~200% wamandla okukhiphayo alinganiselwe
Ezemvelo	Izinga lokushisa lokusebenza	﹣20～﹢60℃ (Sicela ubhekisele kokuthi "Derating Curve")
	Umswakama osebenzayo	20~90%RH, akukho ukufingqa
	Izinga lokushisa lesitoreji nomswakama	﹣40～﹢85℃,10～95%RH
	Ukumelana nokudlidliza	10～500Hz, 2G 10 imizuzu/umjikelezo, X, Y, Z eksisi ngayinye imizuzu engama-60
Ukuphepha Nokuhambisana Kwe-Electromagnetic	imithethonqubo yokuphepha	Bheka i-CE, CCC, IT, idizayini evamile evamile yezinto zikagesi zasendlini (idinga ukuhlolwa komkhiqizo wonke ukuze kutholwe ukuthi amapharamitha ayaphumelela)
	Ukumelana nengcindezi	I/PO/P:3KVAC
	Ukumelana ne-insulation	I/PO/P,I/P-FG,O/P-FG:100M Ohms/500VDC/25℃/70%RH
	I-Electromagnetic Compatibility Emissions	Bheka i-CE, CCC, IT, idizayini evamile evamile yezinto zikagesi zasendlini (idinga ukuhlolwa komkhiqizo wonke ukuze kutholwe ukuthi amapharamitha ayaphumelela)
	I-Electromagnetic Compatibility Immunity	Bheka i-CE, CCC, IT, idizayini evamile evamile yezinto zikagesi zasendlini (idinga ukuhlolwa komkhiqizo wonke ukuze kutholwe ukuthi amapharamitha ayaphumelela)
Omakhenikha	Usayizi (LWH)	101.650.836mm(LWH)
Omakhenikha	isisindo	Mayelana no-0.7Kg/PCS

Amazwana:

Ngaphandle uma kucaciswe ngenye indlela, konke ukucaciswa kukalwa ngaphansi kokokufaka kwe-220VAC, umthwalo olinganiselwe, kanye nezinga lokushisa le-ambient elingu-25°C.

Indlela yokulinganisa i-Ripple nomsindo:sebenzisa ikhebula elipheya elisontekile elingu-30CM, futhi amatheminali kufanele axhunywe ngokuhambisana nama-capacitor angu-0.1uf no-47uf, futhi alinganise ku-bandwidth engu-20MHZ.

Ukunemba:okuhlanganisa iphutha lokusetha, isilinganiso somugqa wokulungisa kanye nezinga lokulungiswa komthwalo.

Indlela yokulinganisa isilinganiso sokulungiswa komugqa:ngaphansi komthwalo olinganiselwe, kusukela ku-voltage ephansi kuya ekuhlolweni kwamandla kagesi aphezulu.

Indlela yokulinganisa ukulawulwa komthwalo:kusuka ku-0% kuya ku-100% umthwalo olinganiselwe.

Ukunikezwa kwamandla kufanele kuthathwe njengengxenye yezingxenye zesistimu, futhi ukuqinisekiswa okufanele kokuhambisana kwe-electromagnetic kufanele kwenziwe ngokuhambisana nemishini yokugcina.