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I-Chip Miniature Type Aluminium Electrolytic Capacitor V3M

I-Chip Miniature Type Aluminium Electrolytic Capacitor V3M Isithombe Esifakiwe
  • I-Chip Miniature Type Aluminium Electrolytic Capacitor V3M

Incazelo emfushane:

Imikhiqizo ye-V-CHIP engenamandla aphansi, izacile futhi isezingeni eliphezulu
2000 ~ 5000 amahora at 105 ℃
Ihambisana ne-AEC-Q200 RoHS Directive Correspondence
Ifanele ukukhwezwa okuphezulu okuzenzakalelayo kwendawo yokushisa ephezulu yokushisa kwe-reflow soldering


Imininingwane Yomkhiqizo

UHLU LWEMIKHIQIZO EZINGAPHILE

Omaka bomkhiqizo

Imingcele yezobuchwepheshe eyinhloko

Iphrojekthi isici
Ibanga lokushisa elisebenzayo ≤100V -55~+105℃ ;160V -40~+105℃
Ibanga le-voltage lokuzisholo 6.3-160V
Ukubekezelela amandla ±20% (25±2℃ 120Hz)
Ukuvuza kwamanje (uA) 6.3-100WV≤0.01 CV noma 3uA noma yikuphi okukhulu C: Amandla okuzisholo (uF) V: I-voltage elinganiselwe (V) imizuzu emi-2 yokufunda
160WV ≤O.O2CV+1O(uA) C: umthamo wegama uF) V: ugesi okaliwe (V) imizuzu emi-2 ukufundwa
I-Loss Tangent (25±2℃ 120Hz) I-voltage elinganiselwe (V) 6.3 10 16 25 35 50 63 80 100 160  
tg 6 0.26 0.19 0.16 0.14 0.12 0.12 0.12 0.12 0.12 0.14
Uma umthamo wegama udlula u-1000uF, inani le-tangent yokulahlekelwa lizokhuphuka ngo-0.02 ekukhuphukeni ngakunye ngo-1000uF
Izici Zezinga lokushisa (120Hz) I-voltage elinganiselwe (V) 6.3 10 16 25 35 50 63 80 100 160
I-Impedans ratio Z(-40℃)/Z(20℃) 3 3 3 3 3 3 5 5 5 5
Ukuqina Kuhhavini ku-105 ° C, ngemva kokufaka i-voltage elinganisiwe isikhathi esithile esinqunyiwe, yibeke ekamelweni lokushisa amahora angu-16 bese uyihlola.Izinga lokushisa lokuhlola lingu-25±2°C.Ukusebenza kwe-capacitor kufanele kuhlangabezane nezidingo ezilandelayo
Izinga lokushintsha amandla Ngaphakathi kuka-±30% yenani lokuqala
ukulahlekelwa tangent Ngaphansi kuka-300% yenani elishiwo
ukuvuza kwamanje Ngaphansi kwevelu eshiwo
layisha impilo ≤Φ10 2000 amahora
izinga lokushisa eliphezulu isitoreji Gcina ku-105 ° C amahora angu-1000, ukuhlolwa ngemva kwamahora angu-16 ekamelweni lokushisa, izinga lokushisa lokuhlola lingu-25 ± 2 ° C, ukusebenza kwe-capacitor kufanele kuhlangabezane nezidingo ezilandelayo.
Izinga lokushintsha amandla Ngaphakathi kuka-±20% yenani lokuqala
ukulahlekelwa tangent Ngaphansi kuka-200% yenani elishiwo
ukuvuza kwamanje Ngaphansi kuka-200% yenani elishiwo

 

Umdwebo Dimensional womkhiqizo

v3m-1
v3m-2

I-Ripple current frequency correct coefficient

Imvamisa (Hz) 50 120 1K 310K
i-coefficient 0.35 0.5 0.83 1

I-Liquid Small Business Unit ibambe iqhaza ku-R&D nokukhiqiza kusukela ngo-2001. Nge-R&D nethimba lokukhiqiza, iye yakhiqiza ngokuqhubekayo futhi kancane kancane izinhlobonhlobo zekhwalithi ephezulu ze-miniaturized aluminium electrolytic capacitor ukuhlangabezana nezidingo zamakhasimende ezintsha zama-electrolytic aluminium capacitor.Iyunithi yebhizinisi elincane eliwuketshezi linamaphakheji amabili: i-liquid SMD aluminium electrolytic capacitor kanye ne-liquid lead type aluminium electrolytic capacitor.Imikhiqizo yayo inezinzuzo ze-miniaturization, ukuzinza okuphezulu, umthamo ophezulu, amandla kagesi aphezulu, ukumelana nezinga lokushisa eliphezulu, i-impedance ephansi, i-ripple ephezulu, nokuphila isikhathi eside.Isetshenziswa kakhulu kugesi wezimoto zamandla amasha, ukunikezwa kwamandla kagesi aphezulu, izibani ezihlakaniphile, ukushaja okusheshayo kwe-gallium nitride, izinto zikagesi zasendlini, ama-photo voltais nezinye izimboni.

Konke mayelana ne-Aluminium Electrolytic Capacitor odinga ukuyazi

Ama-Aluminium electrolytic capacitor awuhlobo olujwayelekile lwe-capacitor olusetshenziswa kumishini kagesi.Funda izisekelo zendlela abasebenza ngayo kanye nezicelo zabo kulo mhlahlandlela.Ingabe ufuna ukwazi nge-aluminium electrolytic capacitor?Lesi sihloko sihlanganisa izinto eziyisisekelo zalawa ma-aluminium capacitor, okuhlanganisa ukwakhiwa nokusetshenziswa kwawo.Uma umusha kuma-aluminium electrolytic capacitor, lo mhlahlandlela uyindawo enhle ongaqala ngayo.Zitholele izisekelo zalawa ma-capacitor e-aluminium nokuthi asebenza kanjani kumasekhethi kagesi.Uma unentshisekelo engxenyeni ye-electronics capacitor , kungenzeka ukuthi uzwile nge-aluminium capacitor.Lezi zingxenye ze-capacitor zisetshenziswa kabanzi kumadivayisi kagesi futhi zidlala indima ebalulekile ekwakhiweni kwesekethe.Kodwa ziyini ngempela futhi zisebenza kanjani?Kulo mhlahlandlela, sizohlola izinto eziyisisekelo zama-aluminum electrolytic capacitor, okuhlanganisa ukwakhiwa kwawo kanye nokusetshenziswa kwawo.Noma ngabe ungumuntu osaqalayo noma ungumthandi we-elekthronikhi onesipiliyoni, lesi sihloko siyisisetshenziswa esihle sokuqonda lezi zingxenye ezibalulekile.

1.Iyini i-aluminium electrolytic capacitor?I-aluminium electrolytic capacitor iwuhlobo lwe-capacitor esebenzisa i-electrolyte ukuze kuzuzwe amandla aphezulu kunezinye izinhlobo zama-capacitor.Yakhiwe ngamafoyili amabili e-aluminium ahlukaniswe yiphepha elifakwe ku-electrolyte.

2.Isebenza kanjani?Lapho i-voltage isetshenziswa ku-capacitor kagesi, i-electrolyte iqhuba ugesi futhi ivumela i-capacitor electronic ukugcina amandla.Amafoyili e-aluminium asebenza njengama-electrode, futhi iphepha elifakwe ku-electrolyte lisebenza njenge-dielectric.

3.Iziphi izinzuzo zokusebenzisa i-aluminium electrolytic capacitors?Ama-Aluminium electrolytic capacitor ane-capacitance ephezulu, okusho ukuthi angagcina amandla amaningi endaweni encane.Abuye angabizi futhi angakwazi ukuphatha ama-voltages aphezulu.

I-4.Yiziphi izinkinga zokusebenzisa i-aluminium electrolytic capacitor?Okunye okungalungile kokusebenzisa i-aluminium electrolytic capacitor ukuthi inobude bempilo obulinganiselwe.I-electrolyte ingakwazi ukuma ngokuhamba kwesikhathi, okungabangela izingxenye ze-capacitor ukuthi zihluleke.Ziyakwazi futhi ukuzwela ukushisa futhi zingalimala uma zibhekene namazinga okushisa aphezulu.

5.Iziphi ezinye izinhlelo zokusebenza ezivamile ze-aluminium electrolytic capacitors?I-Aluminium electrolytic capacitor ivame ukusetshenziswa ezintweni zikagesi, izinto ezilalelwayo, nezinye izinto zikagesi ezidinga amandla aphezulu.Zibuye zisetshenziswe ezinhlelweni zezimoto, njengakusistimu yokuthungela.

6.Ukhetha kanjani i-aluminium electrolytic capacitor efanele yohlelo lwakho lokusebenza?Uma ukhetha i-aluminium electrolytic capacitor, udinga ukucabangela amandla, isilinganiso se-voltage, nezinga lokushisa.Udinga futhi ukucabangela usayizi nokuma kwe-capacitor, kanye nezinketho zokufaka.

7.Uyinakekela kanjani i-aluminium electrolytic capacitor?Ukuze unakekele i-aluminium electrolytic capacitor, kufanele ugweme ukuyibeka emazingeni okushisa aphezulu kanye nama-voltage aphezulu.Kufanele futhi ugweme ukuzifaka ngaphansi kokucindezeleka komshini noma ukudlidliza.Uma i-capacitor isetshenziswa ngokungavamile, kufanele ngezikhathi ezithile usebenzise i-voltage kuyo ukuze ugcine i-electrolyte ingomi.

Izinzuzo kanye Nobubi be-Aluminium Electrolytic Capacitors

I-Aluminium electrolytic capacitor inokubili okuhle nokubi.Ngakolunye uhlangothi, banesilinganiso esiphezulu se-capacitance-to-volume, okubenza babe usizo ezinhlelweni zokusebenza lapho isikhala silinganiselwe.I-aluminium Electrolytic Capacitor nayo inezindleko eziphansi uma iqhathaniswa nezinye izinhlobo zama-capacitor.Nokho, zinesikhathi esilinganiselwe sokuphila futhi zingazwela emazingeni okushisa nokwenyuka kwamandla kagesi.Ukwengeza, i-Aluminium Electrolytic Capacitors ingase ihlangabezane nokuvuza noma ukwehluleka uma ingasetshenziswa kahle.Ngasohlangothini oluhle, ama-Aluminium Electrolytic Capacitors anesilinganiso esiphezulu somthamo kuya kuvolumu, okuwenza abe wusizo ezinhlelweni zokusebenza lapho isikhala silinganiselwe.Nokho, zinesikhathi esilinganiselwe sokuphila futhi zingazwela emazingeni okushisa nokwenyuka kwamandla kagesi.Ukwengeza, i-Aluminium Electrolytic Capacitor ingathambekela ekuvuzeni futhi ibe nokumelana nochungechunge okuphezulu okulinganayo uma kuqhathaniswa nezinye izinhlobo zama-capacitor kagesi.

  • Okwedlule:
  • Olandelayo:
    • Amandla kagesi (V) 6.3 10 16
    iphrojekthi Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz) Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz) Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz)
    Amandla (uF)
    22                  
    33                  
    47             4×5.8 2 160
    68       4×5.8 2 160 5×5.8 0.72 240
    100 4×5.8 2 160       5×5.8 0.72 240
    150       5×5.8 0.72 240 6.3.5.8 0.52 300
    220 5×5.8 0.72 240 6.3×5.8 0.52 300 6.3×5.8 0.52 300
    330 6.3×5.8 0.52 300 6.3×77 0.32 600 6.3×77 0.32 600
    470 6.3×77 0.32 600 6.3×77 0.32 600      
    680 6.3×77 0.32 600       8×10 0.16 850
    820                  
    1000       8×10 0.16 850 10×10 0.12 1190
    1500 8×10 0.16 850 10×10 0.12 1190      
    2200 10×10 0.12 1190            

     

    Amandla kagesi (V) 25
    iphrojekthi Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz)
    Amandla (uF)
    22 4×5.8 2 160
    33 4×5.8 2 160
    47 5×5.8 0.72 240
    68 5×5.8 0.72 240
    100 6.3×5.8 0.52 300
    150 6.3×77 0.32 600
    220 6.3×77 0.32 600
    330      
    470 8×10 0.16 850
    680      
    820 10×10 0.12 1190
    1000      
    1500 12.5×13.5 0.116 1420
    2200      
    Amandla kagesi (V) 35 50 63
    iphrojekthi Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz) Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz) Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz)
    Amandla (uF)
    10       4×5.8 4.6 85      
    10       5×5.8 1.76 165      
    22 4×5.8 2 160 5×5.8 1.76 165      
    33 5×5.8 0.72 240            
    47 5×5.8 0.72 240 6.3×5.8 1.36 195      
    68 63×5.8 0.52 300            
    100 6.3×5.8 0.52 300 6.3×77 0.68 350      
    150 6.3×77 0.32 600            
    220       8×10 0.36 670      
    330 8×10 0.16 850 10×10 0.24 900      
    470       12.5×13.5 0.24 1340 12.5×16.5 0.28 1250
    560 10×10 0.12 1190            
    680             16×16.5 0.164 1740
    820             18×16.5 0.16 1880
    1000 12.5×14.5 0.116 1420 16×16.5 0.16 1820      
    1200             16x21 0.108 2430
    1500       16x21 0.1 2440      
    Amandla kagesi (V) 80
    iphrojekthi Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz)
    Amandla (uF)
    10      
    10      
    22      
    33      
    47      
    68      
    100      
    150      
    220 12.5×13.5 0.36 1050
    330      
    470 16×16.5 0.2 1500
    560      
    680 16x21 0.132 2040
    820 18×21 0.126 2140
    1000      
    1200      
    1500      
    Amandla kagesi (V) 100 160
    iphrojekthi Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz) Ubukhulu Φ DxL(mm) ukuphazamiseka (Ωmax/100kHz 25±2℃) I-Ripple current (mA rms/ 105℃ 100kHz)
    Amandla (uF)
    100       12.5×16.5 4.6 1040
    150 12.5×13.5 0.36 1050 16x21 3.28 1520
    220 12.5×16.5 0.22 1250 18×21 2.58 2140
    330 16×16.5 0.2 1500      
    470 16x21 0.132 2040      
    560 18×21 0.126 2140    

     

    IMIKHIQIZO EHLOBANE