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Dielectricum iacturae humilis e pellicula polypropylenae condensatorem Snubber ad applicationem IGBT

Dielectricum iacturae humilis e pellicula polypropylenae condensatore snubber ad applicationem IGBT. Imago Praecipua.
  • Dielectricum iacturae humilis e pellicula polypropylenae condensatorem Snubber ad applicationem IGBT
  • Dielectricum iacturae humilis e pellicula polypropylenae condensatorem Snubber ad applicationem IGBT
  • Dielectricum iacturae humilis e pellicula polypropylenae condensatorem Snubber ad applicationem IGBT
  • Dielectricum iacturae humilis e pellicula polypropylenae condensatorem Snubber ad applicationem IGBT

Descriptio Brevis:

Series condensatorum snubber IGBT CRE normas ROHS et REACH congruunt.

1. Proprietates ignis retardantes per usum involucri plastici et impletionis extremae epoxy quae UL94-VO congruunt praestantur.

2. Genera terminalium et magnitudines capsularum aptari possunt.

 


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    Detalia Producti

    Etiquettae Productarum

    Series SMJ-P

    Ambitus Tensionis Aestimatae: 1000 VDC ad 2000 VDC
    Capacitas: 0.1 uF ad 3.0 uF
    Spatium montandi: 22.5 mm ad 48 mm
    Constructio: Nexus Seriei Internae Polypropyleni Metallati Dielectrici
    Applicatio: Protectio IGBT, Circuitus Resonantiae Cisternae

    Elementa condensatoris auto-reparantia, typi sicci, et "snubber" fabricantur ex pellicula PP metallica, specialiter profilata et unda incisa, quae inductantiam propriam humilem, resistentiam rupturae magnam et firmitatem magnam praestat. Disiunctio propter pressionem nimium non necessaria habetur. Culmen condensatoris resina epoxydica auto-extinguibili et oecologica obsignatum est. Designatio specialis inductantiam propriam valde humilem praestat.

    IMG_0397.HEIC

    Tabula specificationum

    Tensio electrica Un 700V. DC, Ums 400V AC; Us 1050V
    Dimensio (mm)
    Cn(μF) L(±1) T(±1) H(±1) ESR @100KHz (mΩ) ESL(nH) dv/dt (V/μS) Ipk(A) Irms @40℃ @100KHz (A)
    0.47 42.5 24.5 27.5 12 25 quingenti 235 8
    0.68 42.5 24.5 27.5 10 25 480 326.4 10
    1 42.5 24.5 27.5 8 24 450 450 12
    1.5 42.5 33.5 35.5 7 25 430 DCXLV 5
    2 42.5 33 35.5 6 24 420 DCCCXL 15
    2.5 42.5 33 45 6 23 quadringenti mille 18
    3 42.5 33 45 5.5 22 380 1140 20
    3 57.5 30 45 5 26 350 1050 22
    3.5 42.5 33 45 5 23 350 1225 25
    3.5 57.5 30 45 6 25 trecenti 1050 22
    4.7 57.5 35 50 5 28 280 1316 25
    5.6 57.5 38 54 4 30 250 1400 25
    6 57.5 38 54 3.5 33 230 1380 28
    6.8 57.5 42.5 56 3.2 32 220 1496 32
    8 57.5 42.5 56 2.8 30 ducenti 1600 33
    Tensio electrica Un 1000V. DC, Ums 500V AC; Us 1500V
    Dimensio (mm)
    Cn(μF) L(±1) T(±1) H(±1) ESR(mΩ) ESL(nH) dv/dt(V/μS) Ipk(A) Irms
    0.47 42.5 24.5 27.5 11 25 mille 470 10
    0.68 42.5 24.5 27.5 8 25 DCCC 544 12
    1 42.5 33.5 35.5 6 24 DCCC DCCC 15
    1.5 42.5 33 45 6 24 DCC 1050 15
    2 42.5 33 45 5 22 DCC 1400 20
    2.5 57.5 30 45 5 30 DC 1500 22
    3 57.5 35 50 4 30 DC MDCCC 25
    3.3 57.5 35 50 3.5 28 550 MDCCCXV 25
    3.5 57.5 38 54 3.5 28 quingenti MDCCCL 25
    4 57.5 38 54 3.2 26 quingenti MM 28
    4.7 57.5 42.5 56 3 25 420 MCMLXXIV 30
    5.6 57.5 42.5 56 2.8 24 quadringenti 2240 32
    Tensio electrica Un 1200V.DC, Ums 550Vac; Us 1800V
    Cn(μF) L(±1) T(±1) H(±1) ESR(mΩ) ESL(nH) dv/dt(V/μS) Ipk(A) Irms
    0.47 42.5 24.5 27.5 11 24 1200 564 10
    0.68 42.5 33.5 35.5 7 23 1100 DCCXLVIII 12
    1 42.5 33.5 35.5 6 22 DCCC DCCC 14
    1.5 42.5 33 45 5 20 DCCC 1200 15
    2 57.5 30 45 4 30 DCCCL 1500 20
    2.5 57.5 35 50 4 28 DCC MDCCCL 25
    3 57.5 35 50 4 27 DC MDCCC 25
    3.3 57.5 38 54 4 27 550 MDCCCXV 28
    3.5 57.5 38 54 3.5 25 quingenti MDCCCL 28
    4 57.5 42.5 56 3.5 25 450 MDCCC 30
    4.7 57.5 42.5 56 3.2 23 420 MCMLXXIV 32
    Tensio electrica Un 1700V. DC, Ums 575Vac; Us 2250V
    Cn(μF) L(±1) T(±1) H(±1) ESR(mΩ) ESL(nH) dv/dt(V/μS) Ipk(A) Irms
    0.33 42.5 24.5 27.5 12 25 1300 429 9
    0.47 42.5 24.5 27.5 10 24 1300 DCXI 10
    0.68 42.5 33.5 35.5 8 23 1300 DCCCLXXXIV 12
    1 42.5 33 45 7 22 1200 1200 15
    1.5 42.5 33 45 6 22 1200 MDCCC 18
    1.5 57.5 30 45 5 31 1200 MDCCC 20
    2 57.5 30 45 5 30 1100 MMCC 22
    2.5 57.5 35 50 4 28 1100 2750 25
    3 57.5 38 54 4 27 DCC 2100 25
    3.3 57.5 38 54 3.8 26 DC anno MCMLXXX 28
    3.5 57.5 42.5 56 3.5 25 quingenti MDCCCL 30
    4 57.5 42.5 56 3.2 25 450 MDCCC 32
    Tensio electrica Un 2000V. DC, Ums 700V AC; Ums 3000V
    Cn(μF) L(±1) T(±1) H(±1) ESR(mΩ) ESL(nH) dv/dt(V/μS) Ipk(A) Irms
    0.22 42.5 24.5 27.5 15 25 1500 330 10
    0.33 42.5 33.5 35.5 12 24 1500 495 12
    0.47 42.5 33.5 35.5 11 23 1400 DCCLVIII 15
    0.68 42.5 33 45 8 22 1200 DCCCXVI 18
    0.68 57.5 30 45 7 30 1100 DCCXLVIII 20
    0.82 42.5 33 45 7 28 1200 984 22
    1 57.5 30 45 6 28 1100 1100 25
    1.5 57.5 35 50 5 25 mille 1500 28
    2 57.5 38 54 5 24 DCCC 1600 28
    2.2 57.5 42.5 56 4 23 DCC MDXL 32
    Tensio electrica Un 3000V. DC, Ums 750V AC; Um 4500V
    Cn(μF) L(±1) T(±1) H(±1) ESR(mΩ) ESL(nH) dv/dt(V/μS) Ipk(A) Irms
    0.15 42.5 33 45 18 28 2500 375 25
    0.22 42.5 33 45 15 27 MMCC 484 28
    0.22 57.5 35 50 15 25 MM 330 20
    0.33 57.5 35 50 12 24 MDCCC 495 20
    0.47 57.5 38 54 11 23 1600 DCCLII 22
    0.68 57.5 42.5 56 8 22 1500 1020 28
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