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radial lead uhlobo aluminiyam electrolytic capacitors LKE

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  • radial lead uhlobo aluminiyam electrolytic capacitors LKE

Inkcazelo emfutshane:

Ukuxhathisa okuphakamileyo kwangoku, ukuxhathisa ukothuka, ukuphindaphinda okuphezulu kunye ne-impedance ephantsi, enikezelwe ukuguqulwa kwamaza emoto
Iiyure ze-10000 kwi-105 ℃
Iyahambelana ne-AEC-Q200 kunye nomyalelo we-RoHS


Iinkcukacha zeMveliso

Iithegi zeMveliso

Iiparamitha eziphambili zobugcisa

Into uphawu
Uluhlu lobushushu obusebenzayo ≤120V -55~+105℃ ; 160-250V -40~+105℃
Uluhlu lwamandla ombane 10 ~ 250V
Ukunyamezela amandla ±20% (25±2℃ 120Hz)
LC(uA) 10-120WV |≤ 0.01 CV okanye 3uA nokuba yeyiphi na enkulu C: umthamo wegama (uF) V: umbane olinganisiweyo (V) imizuzu emi-2 yokufunda
160-250WV|≤0.02CVor10uA C: umthamo wesiqhelo (uF) V: amandla ombane alinganisiweyo (V) imizuzu emi-2 yokufunda
Ilahleko tangenti (25±2℃ 120Hz) Umbane olinganisiweyo (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
Umbane olinganisiweyo (V) 120 160 200 250 　
tg δ 0.09 0.09 0.08 0.08
Ngomthamo wesiqhelo odlula i-1000uF, ixabiso le-tangent yelahleko linyuka nge-0.02 rhoqo nge-1000uF yokunyuka.
Iimpawu zobushushu (120Hz) Umbane olinganisiweyo (V) 10 16 25 35 50 63 80 100
I-Impedans ratio Z (-40℃)/Z (20℃) 6 4 3 3 3 3 3 3
Umbane olinganisiweyo (V) 120 160 200 250 　
I-Impedans ratio Z (-40℃)/Z (20℃) 5 5 5 5
Ukuqina Kwi-oven eyi-105 ℃, sebenzisa i-voltage elinganisiweyo kunye ne-ripple current ye-current yexesha elichaziweyo, emva koko ubeke kwindawo yokushisa kweeyure ze-16 kunye novavanyo. Ubushushu bovavanyo: 25±2℃. Ukusebenza kwe-capacitor kufuneka kuhlangabezane nezi mfuno zilandelayo
Ireyithi yokutshintsha umthamo Ngaphakathi kwe-20% yexabiso lokuqala
Ilahleko yexabiso tangent Ngaphantsi kwe-200% yexabiso elichaziweyo
Ukuvuza okwangoku Ngezantsi kwexabiso elichaziweyo
Layisha ubomi ≥Φ8 Iiyure ezingama-10000
Ukugcinwa kobushushu obuphezulu Gcina kwi-105℃ ngeeyure ze-1000, beka kwindawo yokushisa kweeyure ze-16 kwaye uvavanye kwi-25±2℃. Ukusebenza kwe-capacitor kufuneka kuhlangabezane nezi mfuno zilandelayo
Ireyithi yokutshintsha umthamo Ngaphakathi kwe-20% yexabiso lokuqala
Ilahleko yexabiso tangent Ngaphantsi kwe-200% yexabiso elichaziweyo
Ukuvuza okwangoku Ngaphantsi kwe-200% yexabiso elichaziweyo

Ubungakanani (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

Ripple imbuyekezo coefficient yangoku

①Imeko yokulungiswa rhoqo

Ukuphindaphinda (Hz) 50 120 1K 10K~50K 100K
Umba wokulungisa 0.4 0.5 0.8 0.9 1

②I-coefficient yokulungisa ubushushu

Iqondo lobushushu(℃) 50℃ 70℃ 85℃ 105℃
Umba wokulungisa 2.1 1.8 1.4 1

Uluhlu lweeMveliso eziMgangatho

Uthotho Uluhlu lweVolt(V) Isakhono(μF) Ubungakanani

D×L(mm)

 Impedance

(Ωubukhulu/10×25×2℃)

 Ripple yangoku

(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-lead-lead-type electrolytic capacitor luhlobo lwe-capacitor olusetyenziswa ngokubanzi kwizixhobo zombane. Ulwakhiwo lwayo ngokuyintloko lubandakanya iqokobhe le-aluminium, i-electrode, i-electrolyte engamanzi, isikhokelo, kunye nezinto zokutywina. Xa kuthelekiswa nezinye iindidi ze-electrolytic capacitors, i-lead lead-type electrolytic capacitors ineempawu ezizodwa, ezifana ne-capacitance ephezulu, iimpawu ezibalaseleyo ze-frequency, kunye nokumelana nochungechunge olulinganayo (ESR).

Ulwakhiwo oluSisiseko kunye noMgaqo wokuSebenza

Ulwelo olukhokelela kwi-electrolytic capacitor ikakhulu lubandakanya i-anode, i-cathode, kunye ne-dielectric. I-anode ngokuqhelekileyo yenziwe nge-aluminium ecocekileyo ephezulu, ehamba nge-anodizing ukwenza umaleko omncinci wefilimu ye-aluminium oxide. Le filimu isebenza njenge-dielectric ye-capacitor. I-cathode ngokuqhelekileyo yenziwe nge-aluminium foil kunye ne-electrolyte, kunye ne-electrolyte esebenza njengezinto zombini ze-cathode kunye ne-medium for dielectric regeneration. Ubukho be-electrolyte buvumela i-capacitor ukuba igcine ukusebenza kakuhle nakwiqondo lokushisa eliphezulu.

Uyilo lwe-lead-type lubonisa ukuba le capacitor idibanisa kwisiphaluka ngokusebenzisa izikhokelo. Ezi zikhokelo ziqhele ukwenziwa ngocingo lobhedu olunankonkxiweyo, oluqinisekisa ukuqhagamshelwa kakuhle kombane ngexesha le-soldering.

Izinto Eziluncedo Ezingundoqo

1. **I-Capacitance ephezulu**: I-lead-lead-type electrolytic capacitors inikezela nge-capacitance ephezulu, eyenza ukuba isebenze kakhulu ekuhluzeni, ekudibaniseni, nasekugcineni izicelo zokugcina amandla. Bangakwazi ukubonelela nge-capacitance enkulu kumthamo omncinci, obaluleke kakhulu kwizixhobo zombane ze-space.

2. ** I-Low Equivalent Series Resistance (ESR) **: Ukusetyenziswa kwe-electrolyte yamanzi kubangela i-ESR ephantsi, ukunciphisa ukulahlekelwa kwamandla kunye nokuveliswa kobushushu, ngaloo ndlela kuphuculwe ukusebenza kakuhle kunye nokuzinza kwe-capacitor. Eli nqaku libenza badume kunikezelo lwamandla okutshintsha okuqhelekileyo, izixhobo zeaudio, kunye nezinye iinkqubo ezifuna ukusebenza okuphezulu.

3. **IiMpawu eziGqwesileyo zokuZisa**: Ezi capacitors zibonisa ukusebenza okugqwesileyo kumaza omoya aphezulu, zicinezela ngempumelelo ingxolo yefrikhwensi ephezulu. Ngoko ke, zisetyenziswa ngokuqhelekileyo kwiisekethe ezifuna ukuzinza kwe-high-frequency kunye nengxolo ephantsi, ezifana neesekethe zamandla kunye nezixhobo zonxibelelwano.

4. **Ubomi obude **: Ngokusebenzisa i-electrolyte ephezulu kunye neenkqubo zokuvelisa eziphambili, i-lead lead-type electrolytic capacitors ngokubanzi inobomi benkonzo ende. Phantsi kweemeko eziqhelekileyo zokusebenza, ubomi babo bunokufikelela kumawaka aliqela ukuya kumashumi amawaka eeyure, ukuhlangabezana neemfuno zezicelo ezininzi.

IiNdawo zokuSebenza

Ii-electrolytic capacitors ezikhokelayo zolwelo zisetyenziswa ngokubanzi kwizixhobo zombane ezahlukeneyo, ngakumbi kwiisekethe zamandla, izixhobo zomsindo, izixhobo zonxibelelwano, kunye nezixhobo zombane zemoto. Ngokuqhelekileyo zisetyenziselwa ukuhluza, ukudibanisa, ukudibanisa, kunye neesekethe zokugcina amandla ukunyusa ukusebenza kunye nokuthembeka kwezixhobo.

Ngamafutshane, ngenxa yobuchule bazo obuphezulu, i-ESR ephantsi, iimpawu ezibalaseleyo zefrikhwensi, kunye nobomi obude, i-lead-lead-type capacitors ye-electrolytic ibe zizinto eziyimfuneko kwizixhobo zombane. Ngokuhambela phambili kwezobuchwepheshe, ukusebenza kunye noluhlu lwesicelo lwala ma-capacitors luya kuqhubeka nokwandisa.

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