I-Wholesale G-Energy JPS200PV5.0A31 LED Shatchn Power Supply 100-240V Ukufakwa kwesikrini sokuqasha isibonisi

I-Wholesale G-Energy JPS200PV5.0A31 I-LED Shatchn Power Supply Supply 100-240V Ukufakwa kwesikrini sokuqasha Isikrini Esigciniwe

Incazelo emfushane:

Ukuhlinzekwa kwamandla kunezimpawu zevolumu encane, ukusebenza kahle okuphezulu, ukusebenza okuzinzile kanye nokwethenjwa okuphezulu. Ukuhlinzekwa kwamandla kufakwe i-under-voltage, okukhipha umkhawulo wamanje, ukukhishwa komjikelezo okufushane nokunye. I-synchronous rectifier circuit ithuthukisa kakhulu ukusebenza kahle kwamandla futhi ilondoloze ukusetshenziswa kwamandla. Ukuhlinzekwa kwamandla okufakwayo okubanzi kwe-voltage, izinga lokushisa elibanzi, elinamandlaI-Factor Rection Marteit, futhi inezinhlobonhlobo zezicelo.

Uphenyo manje WhatsApp Ivangeli

Imininingwane Yomkhiqizo

Amathegi Omkhiqizo

Ukucaciswa Okusemqoka Umkhiqizo

Amandla okukhipha

(W)

Okokufaka okulinganiselwe

Amandla kagesi

(Vac)

Ukukhishwa okulinganiselwe

I-Voltage (VDC)

Okukhipha kwamuva

Ukuqhelelana

(A)

Ukwenza kahle

Ripple futhi

Isixokoxoko

(MVP-P)

-Mashumi

I-100-240

+5.0

0-40.0

± 2%

+5.0

≤200mvp-P

@ 25 ℃ @30 ℃

(Hlola ngemuva kwesigamu sehora ligcweleumthwalo)

Isimo semvelo

Into yendaba	Ukufanisa	I-Tech Exper	Umuvo	Phawula
1	Ukushisa kokushisa	-30-60	℃	Bheka ukusetshenziswa kwezemvelo lokushisa kanyeLayisha ijika.
2	Ukugcina izinga lokushisa	-40-85	℃
3	Umswakama ohlobene	I-10-90	%	Akukho mali
4	Indlela yokunciphisa ukushisa	Ukupholisa kwemvelo		Ukunikezwa kwamandla kufanele kufakwe ku ipuleti yensimbi yokuqeda ukushisa
5	Umfutho womoya	80- 106	Hpa
6	Ukuphakama kwezinga lolwandle	2000	m

Umlingisi kagesi

1	Uhlamvu lokufaka
Into yendaba	Ukufanisa	I-Tech Exper	Umuvo	Phawula
1.1	Amandla kagesi	I-100-240	Phuza	Bheka umdwebo we-voltage yokufaka kanye nokulayisha ubudlelwane.
1.2	Ibanga lemvamisa yokufaka	50/60	Hz
1.3	Ikhono lokwenza	≥88.0 (220VAC, 25 ℃)	%	Ukukhishwa okugcwele umthwalo (emazingeni okushisa asekamelweni)
1.4	Isici Esisebenza kahle	≥0.95		VIN = 220VAC ukukalwa kwamandla kagesi, okukhipha okugcwele umthwalo
1.5	Ukufakwa kwamanje kwamuva	≤3	A
1.6	Dash okwamanje	≤120	A	Ukuhlolwa kwesimo esibandayo @ Wap30vac
2	Uhlamvu lokukhipha
Into yendaba	Ukufanisa	I-Tech Exper	Umuvo	Phawula
2.1	Isilinganiso se-voltage kagesi	+5.0	I-VDC
2.2	Okukhiphayo uhla lwamanje	0-40.0	A
2.3	I-VolTage ekhipha kalula ikwazi ukuqhelelana	/	I-VDC
2.4	Ukukhishwa kwamandla kagesi	± 2	%
2,5	Umthetho wokulayisha	± 2	%
2.6	Ukunemba kwamandla kagesi	± 2	%
I-2.7	Ukukhipha Ripple nomsindo	≤200 (@ 25 ℃)	mvp-p	Ukufaka okulinganiselwe, okukhiphayo umthwalo ogcwele, 20mhz I-bandwidth, uhlangothi lokulayisha futhi 10Uf / 104 ukomatha
2.8	Qala ukubambezeleka kokuphuma	≤3.0	S	VIN = 220VAC @ 25 ℃ Test
2.9	Ukukhishwa kwe-voltage isikhathi sokuphakamisa	≤100	ms	VIN = 220VAC @ 25 ℃ Test
2.10	Shintsha umshini we-Overshoot	± 5	%	Ukuzama Imibandela: Umthwalo Ophelele, Imodi ye-CR
2.11	Okukhipha amandla ashukumisayo	Ushintsho lwamandla kagesi lungaphansi kwe- ± 10% VO; amasosha anamandla Isikhathi sokuphendula singaphansi kwama-250us	mV	Layisha 25% -50% -25% 50% -75% -50%
3	Umlingiswa wokuvikelwa
Into yendaba	Ukufanisa	I-Tech Exper	Umuvo	Phawula
3.1	Faka amandla ngaphansi ukuvikela	60-80	Phuza	Imibandela yokuhlola: umthwalo ogcwele
3.2	Faka amandla ngaphansi iphuzu lokubuyisa	75-88	Phuza	Imibandela yokuhlola: umthwalo ogcwele
3.3	Okukhipha okukhawulelwe kwamanje Iphuzu Lokuvikelwa	48-65	A	Sawubona-Cup HiccupsUkuzibonakalisa, gwema ukulimala kwesikhathi eside kuAmandla ngemuva kweamandla omjikelezo omfushane
3.4	Ukukhishwa komjikelezo okufushane ukuvikela	≥080	A
4	Omunye umlingiswa
Into yendaba	Ukufanisa	I-Tech Exper	umuvo		Phawula
4.1	I-MTBF	≥40,000	H
4.2	Ukuvuza kwamuva	≤3.5 (VIN = 230VAC)	mA		Indlela yokuhlola ye-GB8898-2001

Izici zokuhambisana nokukhiqizwa

Into yendaba	Ukufanisa		I-Tech Exper	Phawula
1	Amandla kagesi	Okokufaka kokukhipha	I-3000vac / 10MA / 1min	Akukho ukuxabana, akukho ukwehlukana
2	Amandla kagesi	Faka emhlabathini	I-1500VAC / 10MA / 1min	Akukho ukuxabana, akukho ukwehlukana
3	Amandla kagesi	Ukukhishwa phansi	I-500VAC / 10MA / 1min	Akukho ukuxabana, akukho ukwehlukana

Ijika ledatha ehlobene

Ubudlelwano phakathi kokushisa kwezemvelo nomthwalo

I-voltage yokufaka kanye nokulayisha ijika le-voltage

Umthwalo kanye nokusebenza kahle ijika

Umlingiswa owenziwe ngomshini kanye nencazelo yezixhumi (iyunithi: mm)

Ubukhulu: Ubude× ububanzi× Ukuphakama = 165×56×26±0.5.
Izingqinamba Zomhlangano Wezimbobo

Ngenhla umbono ophambili wegobolondo elingezansi. Ukucaciswa kwezikulufo ezilungiselelwe ikhasimendeuhlelo lungama-m3, afinyelela ku-4. Ubude bezikulufo ezihleliwe ezingena emzimbeni wokuphakelwa kwamandla akufanelekudlula u-3.5mm.

Ukunakwa kwesicelo

1,Ukunikezwa kwamandla ukuze kube ukufakwa okuphephile, noma yiluphi uhlangothi lwegobolondo lensimbi olungaphandle kufanele lube ngaphezulu kwalokhoIbanga eliphephile le-8mm. Uma kungaphansi kuka-8mm kudinga ukuqina kwe-1mm ngaphezulu kweshidi le-PVC ukuze kuqinisweukwahlukanisa

2, Ukusetshenziswa Okuphephile, ukugwema ukuxhumana nokushisa kokushisa, okuholela ekushaqekeni kukagesi.

3,I-PCB Board Mogodi Rineter ububanzi obungeqi 8mm.

4,Dinga i-l355mm * w240mm * h3mm aluminium Plate njenge-auxiliary Heat Sink.