Iiparamitha eziphambili zobugcisa
Izinto | Iimpawu | ||||||||||
Uluhlu lobushushu obusebenzayo | -55℃--+105℃ | ||||||||||
Umbane olinganisiweyo | 6.3--100V.DC | ||||||||||
Ukunyamezela amandla | ±20% (25±2℃ 120Hz) | ||||||||||
Ukuvuza kwangoku (uA) | 6.3WV--100WV 1≤0.01CVor3uA Enkulu ngakumbi: Umthamo wegama (Uf) V: Umbane olinganisiweyo (V) Ukufunda emva kwemizuzu emi-2 | ||||||||||
Ixabiso leengile yelahleko (25±2℃ 120Hz) | Umbane olinganisiweyo(V) | 6.3 | 10 | 16 | 25 | 35 | 50 | 63 | 80 | 100 | |
tg | 0.38 | 0.32 | 0.2 | 0.16 | 0.14 | 0.14 | 0.16 | 0.16 | 0.16 | ||
Ukuba umthamo wesiqhelo ungaphezulu kwe-1000 uF, kwi-1000 eyongezelelweyo ye-uF nganye, ilahleko ye-angle tangenti inyuke nge-0.02 | |||||||||||
Iimpawu zobushushu (120Hz) | Umbane olinganisiweyo(V) | 6.3 | 10 | 16 | 25 | 35 | 50 | 63 | 80 | 100 | |
Umlinganiselo we-impedance Z (-40℃)/ Z(20℃) | 10 | 10 | 6 | 6 | 4 | 4 | 6 | 6 | 6 | ||
Ukuqina | Kwi-oven kwi-105 ℃, sebenzisa i-voltage elinganisiweyo ngexesha elithile, uze uyibeke kwindawo yokushisa kweeyure ze-16 ngaphambi kokuvavanya.Ubushushu bovavanyo yi-25± 2 ℃.Ukusebenza kwe-capacitor kufuneka kuhlangabezane nezi mfuno zilandelayo | ||||||||||
Ireyithi yokutshintsha umthamo | Ngaphakathi kwe ± 30% yexabiso lokuqala | ||||||||||
Ixabiso leengile yelahleko | Ngaphantsi kwe-300% yexabiso elichaziweyo | ||||||||||
Ukuvuza okwangoku | Ngaphantsi kwexabiso elichaziweyo | ||||||||||
Ubomi bomthwalo | 6.3WV-100WV | 1000 iiyure | |||||||||
Ukugcinwa kobushushu obuphezulu | Gcina kwi-105 ℃ ngeeyure ze-1000, kwaye emva koko uvavanye kwiqondo lokushisa kwegumbi iiyure eziyi-16.Ubushushu bovavanyo yi-25 ± 2 ℃.Ukusebenza kwe-capacitor kufuneka kuhlangabezane nezi mfuno zilandelayo | ||||||||||
Ireyithi yokutshintsha umthamo | Ngaphakathi kwe ± 30% yexabiso lokuqala | ||||||||||
Ixabiso leengile yelahleko | Ngaphantsi kwe-300% yexabiso elichaziweyo | ||||||||||
Ukuvuza okwangoku | Ngaphantsi kwe-200% yexabiso elichaziweyo |
Product Dimensional Drawing
D | 4 | 5 | 6.3 |
L | 3.55 | 3.55 | 3.55 |
d | 0.45 | 0.5 (0.45) | 0.5 (0.45) |
F | 105 | 2.0 | 2.5 |
α | +0/-0.5 |
I-Ripple yangoku yokulungisa i-coefficient
Ukuphindaphinda (Hz) | 50 | 120 | 1K | ≥10K |
i-coefficient | 0.70 | 1.00 | 1.37 | 1.50 |
Uhlobo olukhokelayo lwe-aluminium electrolytic capacitoryinxalenye ye-elektroniki esetyenziswa ngokubanzi, ngokuqhelekileyo isetyenziselwa ukugcina intlawulo kunye nokuhamba kwangoku, ukubonelela ngexabiso elizinzileyo le-capacitance kunye ne-impedance ephantsi kunye nexabiso eliphantsi le-ESR (ukumelana nochungechunge olulinganayo), ngaloo ndlela kuphuculwe ukuthembeka kweemveliso ze-elektroniki kunye nokuzinza komsebenzi.Oku kulandelayo kuya kwazisa ukusetyenziswa kweuhlobo olukhokelayo lwe-aluminium electrolytic capacitorskwiinkalo ezininzi ezibalulekileyo.
Okokuqala, i-lead aluminium electrolytic capacitors isetyenziswa ngokubanzi kwiimveliso ze-elektroniki.Ngophuhliso oluqhubekayo lwetekhnoloji kunye nobukrelekrele, iimveliso ezahlukeneyo ze-elektroniki ziye zaba yinxalenye ebalulekileyo yobomi babathengi kwimarike.Nokuba ziifowuni eziphathwayo, iikhompyuter zethebhulethi kwindawo yonxibelelwano ngeselfowuni, okanye iiTV, iimveliso zeaudio kunye nezinye iimveliso kwicandelo lolonwabo lwasekhaya,i-lead aluminium electrolytic capacitorsdlala indima ebalulekileyo.Inokubonelela ngexabiso elithembekileyo le-capacitance, i-impedance ephantsi kunye nexabiso eliphantsi le-ESR, ngaloo ndlela iqinisekisa ukuzinza komsebenzi kunye nokuthembeka kweemveliso ze-elektroniki.
Isibini,i-lead aluminium electrolytic capacitorszisetyenziswa ngokubanzi kwiisekethe zobonelelo lwamandla.I-lead yohlobo lwe-aluminium electrolytic capacitors inokubonelela nge-voltage ezinzileyo, kwaye umthamo wabo ophezulu kunye nobunzima obulula bubenza basetyenziswe ngokubanzi.Kwiisekethe zobonelelo lwamandla,i-lead aluminium electrolytic capacitorsingasetyenziselwa indawo yamacandelo afana ne-inductors kunye ne-voltage regulators ukuphumeza ukunikezelwa kwamandla okuzinzileyo kunye nokukhusela ubomi obude bokunikezelwa kombane.
Ukwengeza,i-lead aluminium electrolytic capacitorszikwasetyenziswa ngokubanzi kwiisekethe zeemoto.Kwiisekethe zeemoto, ngenxa yobungcali bendawo yokusebenza, kuyimfuneko ukusebenzisa ii-capacitors ezinokunyamezela ubushushu obuphezulu kunye nombane ophantsi.I-aluminiyamu ekhokelayo ye-electrolytic capacitors inokuhlangabezana nezi mfuno, kwaye kwangaxeshanye ineenzuzo zokubumbana, ukukhaphukhaphu, kunye nokusebenziseka ngokulula.Kwiisekethe zeemoto,i-lead aluminium electrolytic capacitorszisetyenziswa kuluhlu olubanzi lwezicelo, kubandakanya iinkqubo zokutshisa injini, iaudio yemoto, kunye nezibane zemoto.
Enye indawo ebalulekileyo yesicelo kukugcinwa kwamandla kunye nokuguqulwa.I-aluminiyam ehamba phambili ye-electrolytic capacitorsisebenza njengogcino lwamandla kunye neziguquli zamandla kwizicelo zesixhobo samandla ahlaziyekayo njengeeseli zelanga kunye neeseli zamandla omoya.Ineempawu zelahleko ephantsi kunye nokusebenza okuphezulu, kwaye idlala indima ebaluleke kakhulu kwishishini lamandla.
Ekugqibeleni,i-lead aluminium electrolytic capacitorszikwasetyenziswa ngokubanzi kwizixhobo zolawulo lwamashishini.Umzekelo, inokusetyenziswa kulawulo lokusebenza kwentambo yombane kwimizi-mveliso, iisistim zokuqalisa i-elektroniki, ukhuseleko lwe-inverter, njl.i-lead-type aluminium electrolytic capacitorskufuneka ube neempawu zokuzinza okuphezulu, ukumelana nobushushu, ukuxhathisa ukungcangcazela, kunye nokuchasana nokuphazamiseka ukuqinisekisa ukuchaneka okuphezulu kunye nokuzinza kwenkqubo yokulawula.
Ukushwankathela, iuhlobo olukhokelayo lwe-aluminium electrolytic capacitorlicandelo lombane elisetyenziswa ngokubanzi, kwaye uluhlu lwesicelo lwayo lubanzi kakhulu.Nokuba ikwimveliso ye-elektroniki, okanye kumacandelo emoto, amandla, ulawulo lwamashishini, njalo njalo, inokubonwa.Nangona kunjalo, kufuneka kuqatshelwe ukuba xa ukhetha i-lead aluminium electrolytic capacitor, kufuneka ikhethwe ngokuhambelana nendawo ethile yesicelo kunye neemfuno.
I-Voltage | 6.3 | 10 | 16 | 25 | 35 | 50 | ||||||
into umthamo (uF) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) |
1 | 4*3.55 | 6 | ||||||||||
2.2 | 4*3.55 | 10 | ||||||||||
3.3 | 4*3.55 | 13 | ||||||||||
4.7 | 4*3.55 | 12 | 4*3.55 | 14 | 5*3.55 | 17 | ||||||
5.6 | 4*3.55 | 17 | ||||||||||
10 | 4*3.55 | 20 | 5*3.55 | 23 | ||||||||
10 | 4*3.55 | 17 | 5*3.55 | 21 | 5*3.55 | 23 | 6.3*3.55 | 27 | ||||
18 | 4*3.55 | 27 | 5*3.55 | 35 | ||||||||
22 | 6.3*3.55 | 58 | ||||||||||
22 | 4*3.55 | 20 | 5*3.55 | 25 | 5*3.55 | 27 | 6.3*3.55 | 35 | 6.3*3.55 | 38 | ||
33 | 4*3.55 | 34 | 5*3.55 | 44 | ||||||||
33 | 5*3.55 | 27 | 5*3.55 | 32 | 6.3*3.55 | 37 | 6.3*3.55 | 44 | ||||
39 | 6.3*3.55 | 68 | ||||||||||
47 | 4*3.55 | 34 | ||||||||||
47 | 5*3.55 | 34 | 6.3*3.55 | 42 | 6.3*3.55 | 46 | ||||||
56 | 5*3.55 | 54 | ||||||||||
68 | 4*3.55 | 34 | 6.3*3.55 | 68 | ||||||||
82 | 5*3.55 | 54 | ||||||||||
100 | 6.3*3.55 | 54 | 6.3*3.55 | 68 | ||||||||
120 | 5*3.55 | 54 | ||||||||||
180 | 6.3*3.55 | 68 | ||||||||||
220 | 6.3*3.55 | 68 |
I-Voltage | 63 | 80 | 100 | |||
into umthamo (uF) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) | umlinganiselo D*L(mm) | Iripple yangoku (mA rms/105℃ 120Hz) |
1.2 | 4*3.55 | 7 | ||||
1.8 | 4*3.55 | 10 | ||||
2.2 | 5*3.55 | 10 | ||||
3.3 | 4*3.55 | 13 | ||||
3.9 | 5*3.55 | 16 | 6.3*3.55 | 17 | ||
5.6 | 5*3.55 | 17 | ||||
6.8 | 6.3*3.55 | 22 | ||||
10 | 6.3*3.55 | 27 |