Imbobo Yekhwalithi Eyodwa Yohlobo C Oluphezulu I-GaN PD30W Ishaja esheshayo Isithombe Esifakiwe

Imbobo Yekhwalithi Ephezulu Yohlobo Olulodwa C ye-GaN PD30W Ishaja esheshayo

Imininingwane yale nto

Ikhodi yento: KY-A004

Igama Lomkhiqizo: I-Gan PD 30W (Isixhumi esibonakalayo sohlobo C kuphela)

Uhlobo Lwepulaki: ipulaki egoqekayo yohlobo lwase-Japan

Imodeli: JHX-AC2053

Okokufaka:AC100-240V 50/60Hz 0.8A

Okukhiphayo:DC:5V-3A/9V-3A/12V-2.5A/

15V-2A/20V-1.5A (PPS)3.3-11V/3A

Usayizi: 41 * 28 * 40.7mm

Material:ABS+PC impahla engashi

Isitifiketi: PSE

Thumela i-imeyili kithi

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Igama lomkhiqizo

Ishaja ye-PD30W ye-GaN

INDLELA

I-JHX-AC2053

INKCAZO

I-AC 100-240V 50-60Hz 0.8A

DC PD 5V-3A/ 9V-3A/ 12V-2.5A/15V-2A/20V-1.5A

(PPS)3.3V-11V 3A

1, ISIKOPI:

I-Thedocumet imininingwane imininingwane kagesi, ye-mechamicaland yemvelo ye-smps amandla kagesi anikezela amandla aphumayo angama-30w aqhubekayo

Ukunikezwa kwamandla kuzohlangabezana nemfuneko ye-ROHS

I-adaptha ye-SMPS(ukukhweza odongeni)

2,IZIMPAWU ZOKUFAKA:

2. 1 Okokufaka I-Voltage Yamanje/Imvamisa

Ububanzi be-voltage yokufaka busuka ku-90Vac kuya ku-264Vac esigabeni esisodwa

0.8A Max umthwalo ogcwele

	Okuncane	I-Nomimal	Ubukhulu
Okokufaka	90Vac	I-100Vac-240Vac	264Vac
I-frequencu yokufaka	47Hz	50/60HZ	63HZ

2.2 I-Inrush current

30A max @264Vac okokufaka

2.3 Ukusebenza kahle

92% min ukusebenza kahle okumaphakathi

3, IZIMPAWU ZOKUPHUMA:

3.1 Izici zokuphuma ezimile

3.2 Ukulawulwa komthwalo kalayiniumthwaloUHLOBO-CIsixhumi esibonakalayo

I-Ratedvoltage (V)	Layisha okwamanje(A)	Ibanga le-voltage yokulayisha (V)
5V	3 0A	4 75v
9V	3.0A	8.55V--9.45V
12V	2.5A	11.4V--12.6V
15V	2.0A	14.25V--15.75V
20V	1.5A	19.00V--21.00V

3.3 vula - vula isikhathi sokulibaziseka

3S max @100Vac kuya ku-240Vac umthwalo ogcwele wokufaka

3.4 isikhathi sokubamba

10ms min @umthwalo ogcwele

3.5 Isikhathi sokuvuka:

20ms max @umthwalo ogcwele

3.6 isikhathi sokuwa

60ms ubukhulu bomthwalo ogcwele

4, IZIDINGO ZOKUVIKELA

4.1 ngaphezu kokuvikelwa kwamanje 130% ubuningi

Okukhiphayo kuzohiccup uma ama-over currents asetshenziswa ku-output ralland kuzoba ukuzibuyisela lapho isimo sephutha sisuswa.

4.2 Ukuvikelwa kwesekethe emfishane

amandla okokufaka azokwehla uma isitimela esiphumayo sifushane .ukunikezwa kwamandla kufanelei-nodemage futhi izozibuyisela lapho isimo sephutha sisuswa

4.3Ukuvikelwa kwe-voltage ngaphezulu

4.4Ukuvikelwa ngaphezu kwezinga lokushisa

4.5 Ukuvikela ukushaja ngaphezulu

4.6 Ukuvikelwa kwamanje

Okukhiphayo kuyavalwa lapho izinga lokushisa elingaphezulu le-chip ehlanganisiwe lifinyelela ku-150°C.

5, IZIMFUNO ZENDALO:

5.1 izinga lokushisa lokusebenza kanye nomswakama ohlobene

0℃kuya +40℃ 5%RHto 95%RH

5.2 izinga lokushisa lesitoreji kanye nomswakama ohlobene

-20℃ukuya ku-+65℃ 0%rh okungancishisi

5.3 ukudlidliza

10 kuye ku-300hz shanela ngokusheshisa okungaguquki kwe-1.0G (ububanzi 3.5mm) ihora elingu-1 ku-ax ngayinye ye-perpendicular xyz

5.4 Ngena

Ubude: 1m umkhiqizo uwe okhunini oluqinile olunobukhulu obungama-20mm, futhi ukhuni oluqinile kufanele lubekwe phezu kwesisekelo sikasimende noma phansi ngaphandle kokuguquguquka sebenzisa izikhathi ezimbili kuwo wonke umhlaba.