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Inverter DC-link film capacitors a cikin ikon juyawa

Inverter DC-mahaɗin fim capacitors a cikin ikon canza fasalin Hoto
  • Inverter DC-link film capacitors a cikin ikon juyawa
  • Inverter DC-link film capacitors a cikin ikon juyawa
  • Inverter DC-link film capacitors a cikin ikon juyawa

Takaitaccen Bayani:

1. Ƙarfe harsashi encapsulation, busassun guduro jiko;

2. Ana iya amfani da shi a cikin yanayi mara kyau

3. Babban dogaro

4. Ikon warkar da kai

5. Fim capacitors suma suna da tsawon rayuwa fiye da capacitor na lantarki da dai sauransu.


  • :
    • Zazzage azaman PDF

    Cikakken Bayani

    Tags samfurin

    DKMJ-S Series

    An tsara jerin DKMJ-S tare da harsashi na ƙarfe, musamman ana amfani da su don babban ƙarfin lantarki da babban ƙarfin aiki.Akwai raka'o'in cibiya guda ɗaya da yawa a cikin jeri ko a layi ɗaya dangane.Yana nufa na'urorin lantarki masu ƙarfi don jigilar jirgin ƙasa, mai canza wutar ma'adinai, tsarin makamashi mai sabuntawa, tsarin cajin baturi, tuƙi mota da kayan wuta.Wannan nau'in na iya maye gurbin electrolytic capacitors, mafi kyawun aiki da tsawon rai.

    Ana samar da abubuwan warkarwa na kai, nau'in bushewa, abubuwan capacitor ta amfani da takamaiman bayanan martaba, fim ɗin PP mai ƙaƙƙarfan raƙuman ruwa wanda ke tabbatar da ƙarancin ƙarancin kai, juriya mai ƙarfi da aminci mai ƙarfi.Ba'a la'akari da cire haɗin fiye da matsa lamba.An rufe saman capacitor tare da epoxy mai daidaita yanayin yanayi mai kashe kansa.Ƙararren ƙira na musamman yana tabbatar da ƙarancin ƙaddamar da kai.

    2

    Aikace-aikace

    DC-Link capacitors suna samar da muhimmin mataki a cikin canjin wutar lantarki don aikace-aikace da yawa

    1. Masu jujjuyawar juzu'i mai nisa guda uku (PWM);

    2. photovoltaic da wutar lantarki inverters;

    3. Motocin masana'antu;

    4. Motoci akan caja da inverters;

    5. Kayan aikin likita kayan wuta;

    6. Ma'adanin wutar lantarki inverter da dai sauransu

    Teburin ƙayyadaddun bayanai

    Wutar lantarki Un 800V.DC U 1200V Ur 200V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms(A)50℃@10KHz ESR (mΩ) @1KHz Rth (K/W) Nauyi (Kg)
    4000 340 125 190 5 20.0 120 1.1 0.9 17.6
    8000 340 125 350 4 32.0 180 0.72 0.6 31.2
    6000 420 125 245 5 30.0 150 0.95 0.7 26.4
    10000 420 125 360 4 40.0 200 0.72 0.5 39.2
    12000 420 235 245 4 48.0 250 0.9 0.3 49.6
    20000 420 235 360 3 60.0 300 0.6 0.3 73.6
    Wutar lantarki Un 1200V.DC U 1800V Ur 300V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms(A)50℃@10KHz ESR (mΩ) @1KHz Rth (K/W) Nauyi (Kg)
    2500 340 125 190 8 20.0 120 1.1 0.9 17.6
    3300 340 125 245 8 26.4 150 0.95 0.7 22.4
    5000 420 125 300 7 35.0 180 0.8 0.6 32.8
    7500 420 125 430 5.5 41.3 200 0.66 0.6 44.8
    5000 340 235 190 8 40.0 200 1.1 0.3 32.8
    10000 340 235 350 6 60.0 250 0.8 0.3 58.4
    5000 420 235 175 8 40.0 200 1 0.4 36
    7500 420 235 245 7 52.5 250 0.9 0.3 49.6
    10000 420 235 300 7 70.0 250 0.8 0.3 61.6
    15000 420 235 430 5 75.0 300 0.6 0.3 84
    Wutar lantarki Un 1500V.DC U 2250V Ur 450V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms(A)50℃@10KHz ESR (mΩ) @1KHz Rth (K/W) Nauyi (Kg)
    1200 340 125 190 10 12.0 120 1.1 0.9 17.6
    3000 340 125 420 8 24.0 180 0.66 0.7 37.6
    2000 420 125 245 10 20.0 150 0.95 0.7 26.4
    4000 420 125 430 8 32.0 200 0.66 0.6 44.8
    5000 340 235 350 8 40.0 250 0.8 0.3 58.4
    4000 420 235 245 10 40.0 250 0.9 0.3 49.6
    8000 420 235 430 8 64.0 300 0.6 0.3 84
    Wutar lantarki Un 2000V.DC Us 3000V Ur 600V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms(A)50℃@10KHz ESR (mΩ) @1KHz Rth (K/W) Nauyi (Kg)
    1000 340 125 245 12 12.0 150 0.95 0.7 22.4
    1500 340 125 350 10 15.0 180 0.72 0.6 31.2
    2000 420 125 360 10 20.0 200 0.72 0.5 39.2
    2400 420 125 430 9 21.6 200 0.66 0.6 44.8
    3200 340 235 350 10 32.0 250 0.8 0.3 46.4
    4000 420 235 360 10 40.0 280 0.7 0.3 58.4
    4800 420 235 430 9 43.2 300 0.6 0.3 67.2
    Wutar lantarki Un 2200V.DC Us 3300V Ur 600V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms (A) max ESR (mΩ) Rth (K/W) Nauyi (Kg)
    2000 420 235 245 12 24 150 0.9 0.740740741 40
    2750 420 235 300 10 27.5 200 0.8 0.46875 49.6
    3500 420 235 360 10 35 200 0.7 0.535714286 58.4
    Wutar lantarki Un 3000V.DC Us 4500V Ur 800V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms (A) max ESR (mΩ) Rth (K/W) Nauyi (Kg)
    1050 420 235 245 20 21 150 0.9 0.740740741 40
    1400 420 235 300 15 21 200 0.8 0.46875 49.6
    1800 420 235 360 15 27 200 0.7 0.535714286 58.4
    Wutar lantarki Un 4000V.DC Us 6000V Ur 1000V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms (A) max ESR (mΩ) Rth (K/W) Nauyi (Kg)
    600 420 235 245 20 12 150 0.9 0.740740741 40
    800 420 235 300 20 16 200 0.8 0.46875 49.6
    1000 420 235 360 20 20 200 0.7 0.535714286 58.4
    Wutar lantarki Un 2800V.DC Us 4200V Ur 800V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms(A)50℃@10KHz ESR (mΩ) @1KHz Rth (K/W) Nauyi (Kg)
    2×1000 560 190 310 20 2×20 2×350 1 0.2 60
    Wutar lantarki Un 3200V.DC Us 4800V Ur 900V
    Cn (μF) W (mm) T (mm) H (mm) dv/dt (V/μS) ip (KA) Irms(A)50℃@10KHz ESR (mΩ) @1KHz Rth (K/W) Nauyi (Kg)
    2 × 1200 340 175 950 15 2×18 2×200 1.0 0.5 95
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