I-China Surge Capacitor yobungcali - Ibhetri entsha yeHybrid Supercapacitor ephuhlisiweyo – CRE

I-Professional China Surge Capacitor - Ibhetri entsha yeHybrid Supercapacitor ephuhlisiweyo - CRE Umfanekiso obonisiweyo

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Iinkcukacha zeMveliso

Iithegi zeMveliso

Ividiyo Enxulumeneyo

Ingxelo (2)

Njengoko sinekhredithi entle yeshishini elincinci, iinkonzo ezibalaseleyo emva kokuthengisa kunye nezixhobo zanamhlanje zokwenza izinto, sifumene udumo oluhle phakathi kwabathengi bethu kwihlabathi liphela ngenxaI-High Pulse Current Igbt Snubber , I-Capacitor yeFilimu eyilwe ngokwezifiso , Isihluzi se-Ac see-AC Power Converters, Sigcina ubudlelwane beshishini obuhlala ixesha elide nabathengisi abangaphezu kwama-200 eMelika, e-UK, eJamani naseKhanada. Ukuba unomdla kuyo nayiphi na imveliso yethu, nceda unxibelelane nathi.

I-Professional China Surge Capacitor - Ibhetri entsha yeHybrid Supercapacitor ephuhlisiweyo - CRE Iinkcukacha:

Isicelo

1. Ugcino lwememori

2. Ukugcinwa kwamandla, okusetyenziselwa ukuqhuba iimoto kufuna ixesha elifutshane lokusebenza,

3. Amandla, imfuno ephezulu yamandla okusebenza ixesha elide,

4. Amandla akhawulezileyo, kwizicelo ezifuna iiyunithi zamandla aphezulu okanye imisinga ephezulu efikelela kumakhulu aliqela ee-ampere nangona ixesha lokusebenza lifutshane.

Ukusebenza kombane kunye nokusebenza kokhuseleko

No	Into	Indlela yovavanyo	Imfuneko yovavanyo	Ingxelo
1	Imo yokutshaja eqhelekileyo	Kwiqondo lobushushu begumbi, imveliso itshajwa ngombane ongaguqukiyo we-1C. Xa i-voltage yemveliso ifikelela kumbane omiselweyo wokutshaja we-16V, imveliso itshajwa ngombane ongaguqukiyo de kube ngumbane wokutshaja ungaphantsi kwe-250mA.	/	/
2	Imo yokukhupha eqhelekileyo	Kwiqondo lobushushu begumbi, ukukhupha kuya kumisa xa i-voltage yemveliso ifikelela kwi-voltage yomda wokukhupha eyi-9V.	/	/
3	Ubungakanani bomthamo	1. Imveliso ihlawuliswa ngokwendlela eqhelekileyo yokutshaja.	Umthamo wemveliso awufanele ube ngaphantsi kwe-60000F	/
		2. Hlala imizuzu eli-10
		3. Imveliso ikhutshwa ngokwendlela eqhelekileyo yokukhutshwa.
4	Ukumelana kwangaphakathi	Uvavanyo lovavanyo lwangaphakathi lwe-Ac, ukuchaneka: 0.01 m Ω	≦5mΩ	/
5	Ukukhupha ubushushu obuphezulu	1. Imveliso ihlawuliswa ngokwendlela eqhelekileyo yokutshaja.	Umthamo wokukhupha kufuneka ube ≥ 95% womthamo olinganisiweyo, imbonakalo yemveliso ingabi nakuguquka, akukho kuqhuma.	/
		2. Beka imveliso kwi-incubator engama-60±2℃ kangangeeyure ezi-2.
		3. Khupha imveliso ngokwendlela eqhelekileyo yokukhupha, urekhode umthamo wokukhupha.
		4. Emva kokukhupha, imveliso iya kukhutshwa phantsi kobushushu obuqhelekileyo iiyure ezi-2, ize emva koko ibonakale.

6	Ukukhupha ubushushu obuphantsi	1. Imveliso ihlawuliswa ngokwendlela eqhelekileyo yokutshaja.	ukukhutshwa umthamo≧70% akukho tshintsho kumthamo olinganisiweyo, inkangeleko yesigqubuthelo, akukho kuqhuma	/
		2. Beka imveliso kwi-incubator ye -30±2℃ kangangeeyure ezi-2.
		3. Khupha imveliso ngokwendlela eqhelekileyo yokukhupha, urekhode umthamo wokukhupha.
		4. Emva kokukhupha, imveliso iya kukhutshwa phantsi kobushushu obuqhelekileyo iiyure ezi-2, ize emva koko ibonakale.

7	Ubomi bomjikelo	1. Imveliso ihlawuliswa ngokwendlela eqhelekileyo yokutshaja.	Akukho ngaphantsi kwe-20,000 imijikelo	/
		2. Hlala imizuzu eli-10.
		3. Imveliso ikhutshwa ngokwendlela eqhelekileyo yokukhutshwa.
		4. Tshaja kwaye ukhuphe ngokwendlela yokutshaja nokukhupha engentla kwimijikelo engama-20,000, de umthamo wokukhupha ube ngaphantsi kwe-80% yomthamo wokuqala, umjikelo uyamiswa.

Umzobo womzobo

Umzobo weskimu yesekethe

i-sp3

Ingqwalasela

1. Umsinga wokutshaja akufuneki udlule umsinga wokutshaja ophezulu wale nkcazelo. Ukutshaja ngexabiso langoku elingaphezulu kwexabiso elicetyiswayo kunokubangela iingxaki ekusebenzeni kokutshaja nokukhupha itshaja, ukusebenza koomatshini, ukusebenza kokhuseleko, njl.njl. kwe-capacitor, okubangela ukufudumeza okanye ukuvuza.
2. I-voltage yokutshaja ayizukuba phezulu kune-voltage elinganisiweyo ye-16V echazwe kule nkcazo.
I-voltage yokutshaja iphezulu kunexabiso le-voltage elilinganisiweyo, nto leyo enokubangela iingxaki ekusebenzeni kokutshaja nokukhupha i-charger, ukusebenza koomatshini kunye nokusebenza kokhuseleko kwe-capacitor, nto leyo ekhokelela kubushushu okanye ukuvuza.
3. Imveliso mayitshajwe kwi -30~60℃.
4. Ukuba iipali ezilungileyo nezingalunganga zemodyuli ziqhagamshelwe ngokuchanekileyo, ukutshaja umva akuvumelekanga ngokungqongqo.
5. Umsinga wokukhupha amanzi awufanele udlule umsinga wokukhupha amanzi ophezulu ochazwe kwinkcazo.
6. Imveliso mayikhutshwe kwi -30~60℃.
7. I-voltage yemveliso ingaphantsi kwe-9V, nceda ungayinyanzeli ukuba ikhutshwe; Itshaja epheleleyo ngaphambi kokuba uyisebenzise.

Imifanekiso yeenkcukacha zemveliso:

Isikhokelo seMveliso esiNxulumeneyo:

Siqinisekile ukuba ngemizamo edibeneyo, ishishini elincinci eliphakathi kwethu liya kusizisela iingenelo ezifanayo. Singakuqinisekisa umgangatho wemveliso kunye nexabiso lokuthengisa elikhuphisanayo kwiProfessional China Surge Capacitor - Ibhetri entsha yeHybrid Supercapacitor ephuhlisiweyo - CRE, Imveliso iya kubonelelwa kwihlabathi liphela, njenge: French, Riyadh, India, Injongo yethu kukunceda abathengi bafezekise iinjongo zabo. Senza imizamo emikhulu yokufezekisa le meko yokuphumelela kwabo bonke kwaye samkela ngokunyanisekileyo ukuba ujoyine nathi. Ngamafutshane, xa usikhetha, ukhetha ubomi obugqibeleleyo. Wamkelekile ukutyelela umzi-mveliso wethu kwaye wamkele iodolo yakho! Ngeminye imibuzo, nceda ungathandabuzi ukunxibelelana nathi.

I-Super Capacitor esemgangathweni olungileyo