Uyilo olutsha lwe-GaN PD 33W itshaja yojongano lwe-C enye
INGCACISO YOKUFUMANA
Igama leMveliso: GaN PD33W ( Udidi C lwezibuko)
Inombolo yomzekelo:GaN-009
I-PLG TYPE
Uhlobo lweplagi ye-AU
Uhlobo lweplagi ye-EU
Uhlobo lweplagi yeJP
Uhlobo lweplagi yase-UK
1.Ububanzi
Le tshaja ye-gallium nitride ye-GaN-009 ithatha i-TYPE-C interface, awona mandla aphezulu yi-33W, kwaye imveliso
USB-C:5V⎓3A,9V⎓3A,12V⎓2.5A,15V⎓2A,20V⎓1.5A
(PPS)3.3-11V⎓3A,3.3-16V⎓2A
Ukubonakala kwemveliso ilula kwaye inhle.
2.Umzobo wembonakalo yemveliso
3. Iimpawu zombane zemveliso
3.1. Iimpawu zoFakelo lwe-AC
3.1.1.Igalelo lombane kunye noluhlu lwamaza
| vumela igalelo | |
| Umbane (V) | 100-240 |
| rhoqo (Hz) | 50/60 |
3.1.2 Iimpawu zeNgcaciso
Akukho mthwalo wokusetyenziswa kwamandla: ≤0.1W
Umthwalo opheleleyo wegalelo le-AC langoku: ≤0.85A
3.2.Iimpawu zemveliso
| Izibuko | Akukho mthwalo wombane | Umbane ogcweleyo womthwalo | Imveliso yangoku |
| USB-C | 5.1V±5% | 4.37±5% | 3A |
| 9.1V±5% | 8.37±5% | 3A | |
| 12.1V±5% | 11.49±5% | 2.5A | |
| 15.1V±5% | 14.62±5% | 2A | |
| 20.1V±5% | 19.74±5% | 1.5A |
3.3.Inrush yangoku (isiqalo esibandayo)
I-inrush yangoku yesiqalo esibandayo singaphakathi kwe-30A. Akuyi kubakho monakalo osisigxina kunikezelo lwamandla okanye impembelelo kuzinzo phantsi kweemeko ezibandayo okanye ezifudumeleyo zokuqala. Uvavanyo lokuthotyelwa luya kwenziwa kwi-+12.5% ye-voltage yegalelo elilinganisiweyo. Xa umbane wangaphandle ucinyiwe, i-voltage kunye ne-waveforms yangoku iya kuboniswa kwi-oscilloscope. Ukucinywa kokutshintsha kuya kuphinda kuphindwe de kube iifom zamaza zibonisa ukuba i-wave-off waveform ihambelana nokuhla kwamandla. Umsinga olinganisiweyo ngeli xesha uchazwa njengowona mzuzu uphezulu wokutyhala.
3.4.Isidibanisi sesiphumo
UHLOBO-C
3.5.Inkqubo yokutshaja
| USB-C |
|
3.6.I-Ripple kunye neNtsholo
| Itshaneli yemveliso ye-DC | +5V,3A |
| I-Ripple kunye neNgxolo (mVp-p) | ≤100mV |
1. Sebenzisa 20MHz bandwidth uvavanyo oscilloscope;
2. Ngexesha lokulinganisa, qhagamshela i-0.1µF i-ceramic capacitor kunye ne-10µF ye-electrolytic capacitor ngokuhambelana phakathi kwe-terminal ephumayo kunye nomhlaba.
3.7.Ukusebenza kwamandla
Ngaphantsi kwe-220V/50Hz imeko yokufaka:
Xa imveliso yamandla ingumthwalo we-100%, ukusebenza kakuhle kwetshaja yonke ngu-≥85%.
3.8.Umsebenzi wokukhusela
3.8.1 Imveliso ye-OCP (Ngaphezu koKhuseleko lwangoku)
Xa ubuninzi bangoku bemveliso ye-5V idlula i-3.3A, ukhuseleko lwamandla ombane (ukhuseleko lwe-hiccup)
3.8.2 OTP (Ukhuseleko ngaphezulu kobushushu)
Ngaphantsi kwemekobume yobushushu obuphezulu, xa ubushushu be-chip budlula i-150 °, unikezelo lwamandla alunamveliso (hiccup)
3.8.3.Imveliso yokukhusela isiphaluka esifutshane
Imveliso ye-DC kufuneka ibe nokhuseleko olufutshane. Unikezelo lwamandla aluyi kubangela nawuphi na umonakalo ngenxa ye-output short-circuit. Emva kokuba impazamo ye-short-circuit isusiwe, umbane uya kubuyela ngokuzenzekelayo kwisiqhelo.
3.9.Ukhuseleko lwe-insulation
Umbane ophezulu 3000Vac 50Hz 60S≤10mA
3.10.Indawo yokusebenza
Imveliso ifanelekile kwiindawo ezinobude obungama-2000m nangaphantsi
3.11.ubushushu bokusebenza
Iimveliso ezifanelekileyo zokusetyenziswa kwimozulu engeyiyo yetropiki
3.12.Ubushushu bokugcina
-40℃～+80℃
3.13.Ukufuma okusebenzayo
10%~90%
3.14.Ukugcinwa kokufuma
10%~90%
3.15.PCB umzobo
4.Iinkcukacha zesakhiwo semveliso
4.1. Imveliso imibono emithathu
4.2.Imathiriyeli yeqokobhe letshaja yangaphandle
Izinto zePC V0 ezingatshiyo
4.3. Uvavanyo lokuwisa
Imveliso ayipakishwanga, kwaye imveliso yehliswa ukusuka kubude be-1000mm ngaphandle kombane, kwaye ivavanywa ngokukhululekileyo kumgangatho wesamente kunye nebhodi yeplanga ye-20mm. Ubuso obuthandathu, amathontsi ama-2 ebusweni ngamnye. Emva kovavanyo, ukusebenza kombane kuvavanywa, kwaye itshaja ayinazo iimpawu ezingaqhelekanga.
4.4.Ubunzima bokubonelela ngombane
malunga ne70g
5.Ukuhambelana koMbane
Ukuthobela umgangatho we-GB9254-2008
