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i-radial lead uhlobo lwe-aluminium electrolytic capacitors LKE

i-radial lead uhlobo lwe-aluminium electrolytic capacitor LKE Isithombe Esifakiwe
  • i-radial lead uhlobo lwe-aluminium electrolytic capacitors LKE

Incazelo emfushane:

Ukumelana okuphezulu kwamanje, ukumelana nokushaqeka, imvamisa ephezulu kanye ne-impedance ephansi, enikezelwe ukuguqulwa kwamafrikhwensi emoto
Amahora angu-10000 ku-105 ℃
Ihambisana nomyalelo we-AEC-Q200 kanye ne-RoHS


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Imingcele yezobuchwepheshe eyinhloko

Into isici
Ibanga lokushisa elisebenzayo ≤120V -55~+105℃ ; 160-250V -40~+105℃
Ibanga le-voltage lokuzisholo 10 ~ 250V
Ukubekezelelana kwamandla ±20% (25±2℃ 120Hz)
I-LC(uA) 10-120WV |≤ 0.01 CV noma 3uA noma yikuphi okukhulu C: umthamo wegama (uF) V: ugesi okaliwe (V) imizuzu emi-2 ukufundwa
160-250WV|≤0.02CVor10uA C: umthamo wegama (uF) V: i-voltage elinganiselwe (V) imizuzu emi-2 yokufunda
I-tangent yokulahlekelwa (25±2℃ 120Hz) I-voltage elinganiselwe (V) 10 16 25 35 50 63 80 100
tg δ 0.19 0.16 0.14 0.12 0.1 0.09 0.09 0.09
I-voltage elinganiselwe (V) 120 160 200 250 　
tg δ 0.09 0.09 0.08 0.08
Ngomthamo omncane owedlula u-1000uF, inani le-tangent yokulahlekelwa likhuphuka ngo-0.02 kukho konke ukukhuphuka okungu-1000uF.
Izici zezinga lokushisa (120Hz) I-voltage elinganiselwe (V) 10 16 25 35 50 63 80 100
I-Impedans ratio Z (-40℃)/Z (20℃) 6 4 3 3 3 3 3 3
I-voltage elinganiselwe (V) 120 160 200 250 　
I-Impedans ratio Z (-40℃)/Z (20℃) 5 5 5 5
Ukuqina Kuhhavini ongu-105℃, sebenzisa i-voltage elinganiselwe enamanje elinganisiwe ye-ripple isikhathi esithile, bese ubeka ekamelweni lokushisa amahora angu-16 futhi uhlole. Izinga lokushisa lokuhlola: 25±2℃. Ukusebenza kwe-capacitor kufanele kuhlangabezane nezidingo ezilandelayo
Izinga lokushintsha amandla Ngaphakathi kuka-20% yenani lokuqala
Inani le-tangent lokulahlekelwa Ngaphansi kuka-200% yenani elishiwo
Ukuvuza kwamanje Ngaphansi kwevelu eshiwo
Layisha impilo ≥Φ8 Amahora angu-10000
Ukugcinwa kwezinga lokushisa eliphezulu Gcina ku-105℃ amahora angu-1000, beka ekamelweni lokushisa amahora angu-16 futhi uhlole ku-25±2℃. Ukusebenza kwe-capacitor kufanele kuhlangabezane nezidingo ezilandelayo
Izinga lokushintsha amandla Ngaphakathi kuka-20% yenani lokuqala
Inani le-tangent lokulahlekelwa Ngaphansi kuka-200% yenani elishiwo
Ukuvuza kwamanje Ngaphansi kuka-200% yenani elishiwo

Ubukhulu (iyunithi:mm)

L=9 a=1.0
L≤16 a=1.5
L＞16 a=2.0

 

D 5 6.3 8 10 12.5 14.5 16 18
d 0.5 0.5 0.6 0.6 0.7 0.8 0.8 0.8
F 2 2.5 3.5 5 5 7.5 7.5 7.5

I-Ripple yamanje yesinxephezelo coefficient

①Isici sokulungisa imvamisa

Imvamisa (Hz) 50 120 1K 10K~50K 100K
Isici sokulungisa 0.4 0.5 0.8 0.9 1

②I-coefficient yokulungisa izinga lokushisa

Izinga lokushisa(℃) 50℃ 70℃ 85℃ 105℃
Isici sokulungisa 2.1 1.8 1.4 1

Uhlu Lwemikhiqizo Ejwayelekile

Uchungechunge Ibanga le-Volt(V) Amandla (μF) Ubukhulu

D×L(mm)

 Impedance

(Ωubukhulu/10×25×2℃)

 I-Ripple Yamanje

(mA rms/105×100KHz)
LKE 10 1500 10×16 0.0308 1850
LKE 10 1800 10×20 0.0280 1960
LKE 10 2200 10×25 0.0198 2250
LKE 10 2200 13×16 0.076 1500
LKE 10 3300 13×20 0.200 1780
LKE 10 4700 13×25 0.0143 3450
LKE 10 4700 14.5×16 0.0165 3450
LKE 10 6800 14.5×20 0.018 2780
LKE 10 8200 14.5×25 0.016 3160
LKE 16 1000 10×16 0.170 1000
LKE 16 1200 10×20 0.0280 1960
LKE 16 1500 10×25 0.0280 2250
LKE 16 1500 13×16 0.0350 2330
LKE 16 2200 13×20 0.104 1500
LKE 16 3300 13×25 0.081 2400
LKE 16 3900 14.5×16 0.0165 3250
LKE 16 4700 14.5×20 0.255 3110
LKE 16 6800 14.5×25 0.246 3270
LKE 25 680 10×16 0.0308 1850
LKE 25 1000 10×20 0.140 1155
LKE 25 1000 13×16 0.0350 2330
LKE 25 1500 10×25 0.0280 2480
LKE 25 1500 13×16 0.0280 2480
LKE 25 1500 13×20 0.0280 2480
LKE 25 1800 13×25 0.0165 2900
LKE 25 2200 13×25 0.0143 3450
LKE 25 2200 14.5×16 0.27 2620
LKE 25 3300 14.5×20 0.25 3180
LKE 25 4700 14.5×25 0.23 3350
LKE 35 470 10×16 0.115 1000
LKE 35 560 10×20 0.0280 2250
LKE 35 560 13×16 0.0350 2330
LKE 35 680 10×25 0.0198 2330
LKE 35 1000 13×20 0.040 1500
LKE 35 1500 13×25 0.0165 2900
LKE 35 1800 14.5×16 0.0143 3630
LKE 35 2200 14.5×20 0.016 3150
LKE 35 3300 14.5×25 0.015 3400
LKE 50 220 10×16 0.0460 1370
LKE 50 330 10×20 0.0300 1580
LKE 50 330 13×16 0.80 980
LKE 50 470 10×25 0.0310 1870
LKE 50 470 13×20 0.50 1050
LKE 50 680 13×25 0.0560 2410
LKE 50 820 14.5×16 0.058 2480
LKE 50 1200 14.5×20 0.048 2580
LKE 50 1500 14.5×25 0.03 2680
LKE 63 150 10×16 0.2 998
LKE 63 220 10×20 0.50 860
LKE 63 270 13×16 0.0804 1250
LKE 63 330 10×25 0.0760 1410
LKE 63 330 13×20 0.45 1050
LKE 63 470 13×25 0.45 1570
LKE 63 680 14.5×16 0.056 1620
LKE 63 1000 14.5×20 0.018 2180
LKE 63 1200 14.5×25 0.2 2420
LKE 80 100 10×16 1.00 550
LKE 80 150 13×16 0.14 975
LKE 80 220 10×20 1.00 580
LKE 80 220 13×20 0.45 890
LKE 80 330 13×25 0.45 1050
LKE 80 470 14.5×16 0.076 1460
LKE 80 680 14.5×20 0.063 1720
LKE 80 820 14.5×25 0.2 1990
LKE 100 100 10×16 1.00 560
LKE 100 120 10×20 0.8 650
LKE 100 150 13×16 0.50 700
LKE 100 150 10×25 0.2 1170
LKE 100 220 13×25 0.0660 1620
LKE 100 330 13×25 0.0660 1620
LKE 100 330 14.5×16 0.057 1500
LKE 100 390 14.5×20 0.0640 1750
LKE 100 470 14.5×25 0.0480 2210
LKE 100 560 14.5×25 0.0420 2270
LKE 160 47 10×16 2.65 650
LKE 160 56 10×20 2.65 920
LKE 160 68 13×16 2.27 1280
LKE 160 82 10×25 2.65 920
LKE 160 82 13×20 2.27 1280
LKE 160 120 13×25 1.43 1550
LKE 160 120 14.5×16 4.50 1050
LKE 160 180 14.5×20 4.00 1520
LKE 160 220 14.5×25 3.50 1880
LKE 200 22 10×16 3.24 400
LKE 200 33 10×20 1.65 340
LKE 200 47 13×20 1.50 400
LKE 200 68 13×25 1.25 1300
LKE 200 82 14.5×16 1.18 1420
LKE 200 100 14.5×20 1.18 1420
LKE 200 150 14.5×25 2.85 1720
LKE 250 22 10×16 3.24 400
LKE 250 33 10×20 1.65 340
LKE 250 47 13×16 1.50 400
LKE 250 56 13×20 1.40 500
LKE 250 68 13×20 1.25 1300
LKE 250 100 14.5×20 3.35 1200
LKE 250 120 14.5×25 3.05 1280

I-electrolytic capacitor eyi-lead-lead-lead luhlobo lwe-capacitor olusetshenziswa kakhulu kumishini kagesi. Isakhiwo salo ngokuyinhloko siqukethe igobolondo le-aluminium, ama-electrode, i-electrolyte ewuketshezi, umkhondo, kanye nezingxenye zokuvala. Uma kuqhathaniswa nezinye izinhlobo zama-electrolytic capacitor, ama-electrolytic capacitor ohlobo lomthofu owuketshezi anezici ezihlukile, njengomthamo ophezulu, izici ezinhle kakhulu zokuvama, kanye nokumelana nochungechunge olulinganayo oluphansi (ESR).

Isakhiwo Esiyisisekelo kanye Nomgomo Wokusebenza

I-electrolytic capacitor yohlobo lomthofu ewuketshezi ikakhulukazi ihlanganisa i-anode, i-cathode, ne-dielectric. I-anode ivamise ukwenziwa nge-high-purity aluminium, edlula i-anodizing ukuze yakhe ungqimba oluncane lwefilimu ye-aluminium oxide. Le filimu isebenza njenge-dielectric ye-capacitor. I-cathode ngokuvamile yenziwe nge-aluminium foil kanye ne-electrolyte, ne-electrolyte esebenza njengezinto zombili ze-cathode kanye nendawo yokuvuselela i-dielectric. Ukuba khona kwe-electrolyte kuvumela i-capacitor ukuthi igcine ukusebenza kahle ngisho namazinga okushisa aphezulu.

Idizayini yohlobo lomthofu ikhombisa ukuthi le capacitor ixhuma kusekethe ngokusebenzisa imikhondo. Le mikhondo imvamisa yenziwe ngocingo lwethusi oluthayiwe, okuqinisekisa ukuxhumana okuhle kukagesi ngesikhathi sokusoda.

Izinzuzo Eziyinhloko

1. **Amandla Aphezulu**: Ama-electrolytic capacitor ohlobo lomthofu owuketshezi anikeza amandla aphezulu, awenza asebenze kahle kakhulu ekuhlungeni, ekuhlanganiseni nasekugcineni amandla. Bangakwazi ukunikeza amandla amakhulu ngevolumu encane, ebaluleke kakhulu kumadivayisi kagesi avinjelwe isikhala.

2. **I-Low Equivalent Series Resistance (ESR)**: Ukusetshenziswa kwe-electrolyte ewuketshezi kubangela i-ESR ephansi, kunciphisa ukulahlekelwa amandla nokukhiqiza ukushisa, ngaleyo ndlela kuthuthukisa ukusebenza kahle nokuzinza kwe-capacitor. Lesi sici sibenza badume ekushintsheni imvamisa ephezulu, okokusebenza komsindo, nezinye izinhlelo zokusebenza ezidinga ukusebenza kwemvamisa ephezulu.

3. **Izici Ezinhle Kakhulu Zemvamisa**: Lawa ma-capacitor abonisa ukusebenza okuhle kakhulu kumafrikhwensi aphezulu, acindezela ngempumelelo umsindo wefrikhwensi ephezulu. Ngakho-ke, zivame ukusetshenziswa kumasekhethi adinga ukuzinza kwe-high-frequency nomsindo ophansi, njengamasekhethi amandla kanye nemishini yokuxhumana.

4. **Isikhathi Sokuphila Okude**: Ngokusebenzisa ama-electrolyte ekhwalithi ephezulu nezinqubo zokukhiqiza ezithuthukisiwe, ama-electrolytic capacitor ohlobo lomthofu owuketshezi ngokuvamile anempilo ende yesevisi. Ngaphansi kwezimo ezijwayelekile zokusebenza, isikhathi sabo sokuphila singafinyelela ezinkulungwaneni ezimbalwa kuya ezinkulungwaneni zamahora, ukuhlangabezana nezidingo zezinhlelo zokusebenza eziningi.

Izindawo Zokufaka Isicelo

Ama-electrolytic capacitor ohlobo lwe-lead lead asetshenziswa kakhulu emishinini ye-elekthronikhi ehlukahlukene, ikakhulukazi kumasekhethi kagesi, okokusebenza okulalelwayo, izinto zokuxhumana, kanye nogesi wezimoto. Ngokuvamile zisetshenziswa ekuhlungeni, ekuhlanganiseni, ekuhlukaniseni, nasekugcinweni kwamandla ukuze kuthuthukiswe ukusebenza nokuthembeka kwezisetshenziswa.

Kafushane, ngenxa yomthamo wawo ophezulu, i-ESR ephansi, izici ezinhle kakhulu zokuvama, nokuphila isikhathi eside, ama-electrolytic capacitor ohlobo lomthofu owuketshezi abe yizingxenye ezibalulekile kumishini kagesi. Ngokuthuthuka kwezobuchwepheshe, ukusebenza nobubanzi bokusetshenziswa kwalawa ma-capacitor azoqhubeka nokukhula.

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