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Polymer Hybrid Aluminium Electrolytic Capacitor VHX

Polymer Hybrid Aluminium Electrolytic Capacitor VHX a 'nochdadh Ìomhaigh
  • Polymer Hybrid Aluminium Electrolytic Capacitor VHX

Tuairisgeul goirid:

Is iad na feartan aig Polymer Hybrid Aluminium Electrolytic Capacitor VHX: seòrsa sreap uachdar, ESR ìosal, meud beag, sruth ripple àrd ceadaichte, agus earbsachd àrd.Faodaidh e gealltainn a bhith ag obair airson 2000 uair ann an àrainneachd 105 ℃, àrd Teòthachd gun luaidhe reflow soldering, agus faodaidh e coinneachadh ri riatanasan an aghaidh clisgeadh.Tha an toradh a’ coinneachadh ri riatanasan AEC-Q200 agus air freagairt a thoirt do stiùireadh RoHS.


Mion-fhiosrachadh toraidh

Liosta de thoraidhean àbhaisteach

Bathar Tags

Prìomh pharaimearan teicnigeach

pròiseict caractar
raon teòthachd obrach -55~+105℃
Volt obrach air a mheas 16-100V
raon comas 6.8 - 1500uF 120Hz 20℃
Fulangas comas ±20% (120Hz 20℃)
tangent call 120 Hz 20℃
Sruth aoidion^ Fo 0.01 CV(uA), cosgais aig bholtadh comharraichte airson 2 mhionaid aig 20℃
Frith-aghaidh Sreath Co-ionann (ESR) 100kHz 20℃nas ìsle na an luach anns an liosta de thoraidhean àbhaisteach
Feartan teòthachd (Co-mheas bacadh) Z(-25℃)/Z(+20℃)^2.0;Z(-55℃)/Z(+20℃)^ 2.5 (100kHz)
Seasmhachd Aig teòthachd 105℃, cuir a-steach bholtachd le ìre a’ toirt a-steach sruth ripple le ìre, agus mairidh e airson 2000H / 5000H, an uairsin cuir e fo 2 lùban airson 16 / uair agus an uairsin deuchainn, bu chòir don toradh coinneachadh
Ùine beatha cinnteach 0/7<6.3mm: 2OOOHrs 0D>8mm:5OOOHrs
Ìre atharrachaidh capacitance ± 30% den luach tùsail
Frith-aghaidh Sreath Co-ionann (ESR) “200% de luach an t-sònrachadh tùsail
tangent call 4200% de luach an t-sònrachadh tùsail
stòradh teòthachd ionadail sruth aoidionachd “Luach an t-sònrachadh tùsail
Bùth aig 105℃airson 1000 uair, cuir e aig teòthachd an t-seòmair airson 16 uairean mus dèan thu deuchainn, teòthachd deuchainn: 20℃±2℃, bu chòir don toradh coinneachadh
Ìre atharrachaidh capacitance ± 30% den luach tùsail
Frith-aghaidh Sreath Co-ionann (ESR) 4200% de luach an t-sònrachadh tùsail
tangent call <200% de luach an t-sònrachadh tùsail
sruth aoidionachd gu luach an t-sònrachadh tùsail
Teòthachd àrd agus taiseachd An dèidh a bhith a 'cur a-steach an bholtaids ìre airson 1000 uair aig 85℃agus taiseachd 85% RH, agus ga chuir aig 20℃airson 16 uairean, bu chòir don toradh coinneachadh
Ìre atharrachaidh capacitance ± 30% den luach tùsail
Frith-aghaidh Sreath Co-ionann (ESR) <200% de luach an t-sònrachadh tùsail
tangent call <200% de luach an t-sònrachadh tùsail
sruth aoidionachd ^ Luach an t-sònrachadh tùsail

※ Nuair a tha teagamh ann mu luach sruth aoidionachd, feuch an cuir thu an toradh aig 105 ° C agus cuir a-steach am bholtadh obrach le ìre airson 2 uair, agus an uairsin giùlain an aodion
deuchainn gnàthach às deidh fuarachadh sìos gu 20 ° C.

 

Dealbh meud toraidh

Polymer Hybrid Aluminium Electrolytic Capacitor VHX1
Polymer Hybrid Aluminium Electrolytic Capacitor VHX.
Polymer Hybrid Aluminium Electrolytic Capacitor VHX4
ΦD B C A H E K a
6.3 6.6 6.6 2.6 0.70±0.20 1.8 0.5 Max ±0.5
8 8.3(8.8) 8.3 3 0.90±0.20 3.1 0.5 Max
10 10.3(10.8) 10.3 3.5 0.90±0.20 4.6 0.70±0.20

Factar ceartachaidh tricead gnàthach ripple air a rangachadh

Comas electrostatach （C） Tricead （Hz） 120 Hz 500 Hz 1kHz 5kHz 10kHz 20kHz 40kHz 100kHz 200kHz 500kHz
C≤47uF Factor ceartachaidh 0.12 0.20 0.35 0.50 0.65 0.70 0.80 1.00 1.00 1.05
47uF≤C≤120uF 0.15 0.30 0.45 0.60 0.75 0.80 0.85 1.00 1.00 1.00
≥120uF 0.15 0.30 0.45 0.65 0.80 0.85 0.85 1.00 1.00 1.00

Polymer Hybrid Aluminium Electrolytic Capacitor (PHAEC) VHXIs e seòrsa ùr de capacitor a th ’ann, a tha a’ cothlamadh capacitors electrolytic alùmanum agus capacitors electrolytic organach, gus am bi buannachdan an dà chuid aige.A bharrachd air an sin, tha coileanadh sònraichte sònraichte aig PHAEC ann an dealbhadh, dèanamh agus cur an sàs capacitors.Is iad na leanas na prìomh raointean tagraidh de PHAEC:

1. Raon conaltraidh Tha feartan comas àrd agus strì ìosal aig PHAEC, agus mar sin tha raon farsaing de thagraidhean aige ann an raon conaltraidh.Mar eisimpleir, tha e air a chleachdadh gu bitheanta ann an innealan leithid fònaichean-làimhe, coimpiutairean agus lìonra bun-structair.Anns na h-innealan sin, faodaidh PHAEC solar cumhachd seasmhach a thoirt seachad, seasamh an aghaidh caochlaidhean bholtachd agus fuaim electromagnetic, gus dèanamh cinnteach à obrachadh àbhaisteach an uidheim.

2. Raon cumhachdPHAECtha e sàr-mhath ann an riaghladh cumhachd, agus mar sin tha mòran thagraidhean aige ann an raon cumhachd.Mar eisimpleir, ann an raointean tar-chuir cumhachd àrd-bholtaid agus riaghladh clèithe, faodaidh PHAEC cuideachadh le bhith a’ coileanadh riaghladh lùth nas èifeachdaiche, a’ lughdachadh sgudal lùtha, agus a’ leasachadh èifeachdas cleachdadh lùtha.

3. Leictreonaic chàraichean Anns na bliadhnachan mu dheireadh, le leasachadh luath air teicneòlas dealanach chàraichean, tha capacitors cuideachd air fàs mar aon de na pàirtean cudromach de electronics chàraichean.Tha cleachdadh PHAEC ann an electronics chàraichean air a nochdadh sa mhòr-chuid ann an draibheadh ​​​​tuigse, electronics air bòrd agus eadar-lìn chàraichean.Chan e a-mhàin gu bheil e comasach dha solar cumhachd seasmhach a thoirt seachad airson uidheamachd dealanach, ach cuideachd cuir an aghaidh diofar eadar-theachd electromagnetic gu h-obann.

4. Fèin-ghluasad gnìomhachais Tha fèin-ghluasad gnìomhachais na raon tagraidh cudromach eile airson PHAEC.Ann an uidheamachd fèin-ghluasaid, tha PHAECfaodar a chleachdadh gus cuideachadh le bhith a’ coileanadh smachd mionaideach agus giollachd dàta an t-siostam smachd agus gus dèanamh cinnteach à obrachadh seasmhach an uidheamachd.Faodaidh a chomas àrd agus a bheatha fhada cuideachd stòradh lùth nas earbsaiche agus cumhachd cùl-taic a thoirt seachad airson uidheamachd.

Ann an ùine ghoirid,polymer hybrid aluminium electrolytic capacitorstha dùilean tagraidh farsaing aca, agus bidh barrachd innleachdan teicneòlach agus sgrùdadh tagraidh ann am barrachd raointean san àm ri teachd le cuideachadh bho fheartan agus buannachdan PHAEC.

  • Roimhe:
  • Air adhart:
    • Sreath Àireamh Bathar Teòthachd ( ℃) Ìre Bholtaids (Vdc) Comas (μF) Trast-thomhas(mm) Fad(mm) Beatha (uair) Teisteanas bathar
    VHX tomad bathar VHXC0771E101MVCG -55~105 25 100 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1051C471MVKZ -55~105 16 470 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051C681MVKZ -55~105 16 680 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051C681MVKZ -55~105 16 680 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051C102MVKZ -55~105 16 1000 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301C102MVKZ -55~105 16 1000 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301C152MVKZ -55~105 16 1500 10 13 2000 AEC-Q200
    VHX tomad bathar VHXD1051E331MVKZ -55~105 25 330 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051E471MVKZ -55~105 25 470 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051E471MVKZ -55~105 25 470 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051E681MVKZ -55~105 25 680 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301E681MVKZ -55~105 25 680 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301E102MVKZ -55~105 25 1000 10 13 2000 AEC-Q200
    VHX tomad bathar VHXD1051V181MVKZ -55~105 35 180 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051V331MVKZ -55~105 35 330 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051V331MVKZ -55~105 35 330 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051V471MVKZ -55~105 35 470 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301V471MVKZ -55~105 35 470 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301V681MVKZ -55~105 35 680 10 13 2000 AEC-Q200
    VHX tomad bathar VHXD1051H820MVKZ -55~105 50 82 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051H121MVKZ -55~105 50 120 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051H121MVKZ -55~105 50 120 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051H221MVKZ -55~105 50 220 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301H181MVKZ -55~105 50 180 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301H331MVKZ -55~105 50 330 10 13 2000 AEC-Q200
    VHX tomad bathar VHXD1051J560MVKZ -55~105 63 56 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051J101MVKZ -55~105 63 100 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051J101MVKZ -55~105 63 100 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051J151MVKZ -55~105 63 150 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301J151MVKZ -55~105 63 150 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301J221MVKZ -55~105 63 220 10 13 2000 AEC-Q200
    VHX tomad bathar VHXD1051K330MVKZ -55~105 80 33 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051K560MVKZ -55~105 80 56 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051K560MVKZ -55~105 80 56 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051K101MVKZ -55~105 80 100 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301K820MVKZ -55~105 80 82 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301K121MVKZ -55~105 80 120 10 13 2000 AEC-Q200
    VHX tomad bathar VHXD1052A330MVKZ -55~105 100 33 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1052A330MVKZ -55~105 100 33 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXC0581C101MVCG -55~105 16 100 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0581C221MVCG -55~105 16 220 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0771C151MVCG -55~105 16 150 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXC0771C271MVCG -55~105 16 270 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1051C471MVCG -55~105 16 470 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051C681MVCG -55~105 16 680 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051C681MVCG -55~105 16 680 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051C102MVCG -55~105 16 1000 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301C102MVCG -55~105 16 1000 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301C152MVCG -55~105 16 1500 10 13 2000 AEC-Q200
    VHX tomad bathar VHXC0581E820MVCG -55~105 25 82 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0581E151MVCG -55~105 25 150 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0771E151MVCG -55~105 25 150 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXC0771E221MVCG -55~105 25 220 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1051E331MVCG -55~105 25 330 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051E471MVCG -55~105 25 470 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051E471MVCG -55~105 25 470 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051E681MVCG -55~105 25 680 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301E681MVCG -55~105 25 680 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301E102MVCG -55~105 25 1000 10 13 2000 AEC-Q200
    VHX tomad bathar VHXC0581V470MVCG -55~105 35 47 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0581V101MVCG -55~105 35 100 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0771V680MVCG -55~105 35 68 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXC0771V151MVCG -55~105 35 150 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1051V181MVCG -55~105 35 180 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051V331MVCG -55~105 35 330 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051V331MVCG -55~105 35 330 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051V471MVCG -55~105 35 470 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301V471MVCG -55~105 35 470 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301V681MVCG -55~105 35 680 10 13 2000 AEC-Q200
    VHX tomad bathar VHXC0581H220MVCG -55~105 50 22 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0581H390MVCG -55~105 50 39 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0771H330MVCG -55~105 50 33 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXC0771H560MVCG -55~105 50 56 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1051H820MVCG -55~105 50 82 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051H121MVCG -55~105 50 120 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051H121MVCG -55~105 50 120 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051H221MVCG -55~105 50 220 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301H181MVCG -55~105 50 180 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301H331MVCG -55~105 50 330 10 13 2000 AEC-Q200
    VHX tomad bathar VHXC0581J150MVCG -55~105 63 15 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0581J270MVCG -55~105 63 27 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0771J220MVCG -55~105 63 22 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXC0771J470MVCG -55~105 63 47 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1051J560MVCG -55~105 63 56 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051J101MVCG -55~105 63 100 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051J101MVCG -55~105 63 100 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051J151MVCG -55~105 63 150 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301J151MVCG -55~105 63 150 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301J221MVCG -55~105 63 220 10 13 2000 AEC-Q200
    VHX tomad bathar VHXC0581K8R2MVCG -55~105 80 8.2 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0581K100MVCG -55~105 80 10 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0771K120MVCG -55~105 80 12 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXC0771K270MVCG -55~105 80 27 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1051K330MVCG -55~105 80 33 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1051K560MVCG -55~105 80 56 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051K560MVCG -55~105 80 56 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1051K101MVCG -55~105 80 100 10 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1301K820MVCG -55~105 80 82 10 13 2000 AEC-Q200
    VHX tomad bathar VHXE1301K121MVCG -55~105 80 120 10 13 2000 AEC-Q200
    VHX tomad bathar VHXC0582A6R8MVCG -55~105 100 6.8 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0582A100MVCG -55~105 100 10 6.3 5.8 2000 AEC-Q200
    VHX tomad bathar VHXC0772A8R2MVCG -55~105 100 8.2 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXC0772A150MVCG -55~105 100 15 6.3 7.7 2000 AEC-Q200
    VHX tomad bathar VHXD1052A220MVCG -55~105 100 22 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXD1052A330MVCG -55~105 100 33 8 10.5 2000 AEC-Q200
    VHX tomad bathar VHXE1052A330MVCG -55~105 100 33 10 10.5 2000 AEC-Q200

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