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Şahsylaşdyrylan önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE

Şahsylaşdyrylan önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE Aýratyn surat
  • Şahsylaşdyrylan önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE
  • Şahsylaşdyrylan önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE
  • Şahsylaşdyrylan önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE
  • Şahsylaşdyrylan önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE

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Biziň maksadymyz, goşmaça dizaýn we stil, dünýä derejesindäki önümçilik we hyzmat mümkinçilikleri bilen ýokary tehnologiýaly sanly we aragatnaşyk enjamlaryny innowasiýa üpjün ediji bolmak üçin ösmek bolar.Elektron film kondensatory , Volokary woltly Dc kondensator , Gowy hil rezonans kondensatory, Biziň tagallalarymyz bilen bilelikde önümlerimiz müşderileriň ynamyny gazandy we bu ýerde-de, daşary ýurtlarda-da gaty amatly boldy.
Şahsylaşdyrylan önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE Jikme-jiklik:

SMJ-TE seriýasy

Metallaşdyrylan polipropilen film snubber kondensatory

Öz-özüni bejerýän, gury görnüşli, gümürtik kondensator elementleri, pes induksiony, ýokary ýarylmagyna garşylygy we ýokary ygtybarlylygy üpjün edýän ýörite profilli, tolkun kesilen metallaşdyrylan PP filminiň kömegi bilen öndürilýär.Artykmaç basyş kesmek zerur hasap edilmeýär.Kondensatoryň ýokarsy öz-özüni öçürýän ekologiýa taýdan arassa epoksi bilen möhürlenendir.Specialörite dizaýn gaty pes öz-özüni induksiýany üpjün edýär.

IMG_0953.HEIC

Spesifikasiýa tablisasy

SMJ-TE eksenel kondensator
Naprýa .eniýe Un630V.DC; Urms400Vac; Biz 945V
Potensial (uF) L (mm ± 1) T (mm ± 1) H (mm ± 1) φd (mm) ESR @ 100KHz (mΩ) ESL (nH) dv / dt (V / μS) Ipk (A) Irms @ 25 ℃ @ 100KHz (A)
0.22 32 9.5 17.5 0.8 16 23 300 66 5.3
0.33 32 12 20 1 13 22 200 66 6.5
0.47 32 14.5 22.5 1 11 21 220 103.4 8.3
0.68 32 18 26 1 10 20 180 122.4 9.5
1 37 11 19 1 8 28 150 150 7.6
1.5 37 13.5 21.5 1 7 27 150 225 9.5
2 37 16 24 1.2 6 24 130 260 10.2
2.5 37 18 26 1.2 5.5 25 120 300 10.5
3 37 20 28 1.2 5 30 110 330 10.8
3.3 37 21 29 1.2 4.5 30 110 363 11.2
4 57 27 36.5 1.2 4.2 32 220 880 12.8
4.7 57 28 40.5 1.2 3.8 32 200 940 13.8
5.6 57 31 33.5 1.2 3.5 32 185 1036 13.5
6.8 37 29 41.5 1.2 2.5 28 100 680 13.8
6.8 57 34 46.5 1.2 2.8 30 180 1224 14.2
Naprýa .eniýe Un 1000V.DC; Urms 500Vac; Us 1500V
Potensial (uF) L (mm ± 1) T (mm ± 1) H (mm ± 1) φd (mm) ESR @ 100KHz (mΩ) ESL (nH) dv / dt (V / μS) Ipk (A) Irms @ 25 ℃ @ 100KHz (A)
0.15 32 10 17.5 0.8 20 20 1100 165 5.5
0.22 32 12 20 1 15 21 1000 220 7.3
0.33 32 15.5 23 1 13 21 1000 330 8.7
0.47 32 18.5 26 1.2 10 23 1000 470 10.5
0.47 44 14 22 1.2 9 24 900 423 9.5
0.68 32 20 32.5 1.2 7 25 900 612 10.8
0.68 44 17 25 1.2 6 26 800 544 10.2
1 44 21.5 29.5 1.2 5.6 27 900 900 11
1.5 44 26 35.5 1.2 5 29 900 1350 12
1.5 57 21 29 1.2 5 30 700 1050 12.2
2 44 28 40.5 1.2 4.8 30 800 1600 13.2
2 57 24 33.5 1.2 4.8 32 600 1200 12.8
2.2 44 30 42.5 1.2 4.2 32 600 1320 13.8
2.2 57 25 34.5 1.2 4.2 32 500 1100 13.5
2.5 57 25 38 1.2 4 33 500 1250 14.2
3 57 28 40.5 1.2 3.5 34 480 1440 15.6
3.3 57 29.5 42 1.2 3.2 35 450 1485 16.5
3.5 57 30.5 43 1.2 3.2 35 450 1575 17.2
4.7 57 35 50.5 1.2 3 36 420 1974 17.8
5.6 57 38.5 65 1.2 2.8 38 400 2240 18.2
Naprýa .eniýe Un 1200V.DC; Urms 550Vac; Us 1800V
Potensial (uF) L (mm ± 1) T (mm ± 1) H (mm ± 1) φd (mm) ESR @ 100KHz (mΩ) ESL (nH) dv / dt (V / μS) Ipk (A) Irms @ 25 ℃ @ 100KHz (A)
0.1 32 8.5 16 0.8 20 20 1300 130 6
0.15 32 10 17.5 1 18 20 1200 180 7.5
0.22 32 13 21 1 15 22 1200 264 8.3
0.33 32 16 24 1 12 23 1200 396 9
0.47 32 17.5 30 1.2 10 23 1200 564 9.5
0.47 44 15 23 1.2 9 26 1100 517 9.8
0.68 32 21.5 34 1.2 8 25 1100 517 10
0.68 44 18.5 26.5 1.2 6 27 1000 680 11.7
1 44 23 31 1.2 5 28 1000 1000 12.4
1.5 44 26.5 39 1.2 5 30 950 1425 13.5
1.5 57 22.5 30.5 1.2 5 29 900 1350 12.6
2 44 29 45 1.2 5 30 800 1600 14.2
2 57 26.5 34.5 1.2 4.8 30 750 1500 13.8
2.2 44 31 47 1.2 4.2 32 800 1760 14.5
2.2 57 27.5 35.5 1.2 4.2 35 700 1540 14.5
3 57 29 44.5 1.2 3.2 37 500 1500 17.2
3.3 57 30.5 46 1.2 3.2 38 450 1485 17.8
4.7 57 38 53.5 1.2 3 38 420 1974 18.2
Naprýa .eniýe Un 1700V.DC; Urms 600Vac; Us 2550V
Potensial (uF) L (mm ± 1) T (mm ± 1) H (mm ± 1) φd (mm) ESR @ 100KHz (mΩ) ESL (nH) dv / dt (V / μS) Ipk (A) Irms @ 25 ℃ @ 100KHz (A)
0.1 32 9.5 17.5 0.8 18 25 1300 130 7.5
0.15 32 12 20 1 16 24 1200 180 8.5
0.22 32 15 23 1 15 24 1200 264 9.3
0.33 32 18.5 26.5 1 12 22 1200 396 9.9
0.33 44 13.5 21.5 1.2 12 29 1100 363 10.2
0.47 44 16 24 1.2 9 28 1000 470 11.2
0.68 44 20 28 1.2 8 27 1000 680 11.7
1 44 24 33.5 1.2 5.6 26 900 900 12.4
1 57 19.5 27.5 1.2 6 33 850 850 10.8
1.5 44 28 40.5 1.2 4.8 25 800 1200 13.5
1.5 57 24 32 1.2 5 33 750 1125 13.5
2 44 31.5 47 1.2 4.5 24 750 1500 14.2
2 57 27.5 37 1.2 4.8 32 650 1300 12.8
2.2 44 33.5 49 1.2 4.5 34 700 1540 15.6
2.2 57 29 40 1.2 4.2 32 600 1320 14.5
3 57 31 46.5 1.2 4 30 560 1680 17.2
3.3 57 33 48.5 1.2 3.2 29 500 1650 17.6
4 57 37 52.5 1.2 3 28 450 1800 18.2
Naprýa .eniýe Un 2000V.DC; Urms 700Vac; Us 3000V
Potensial (uF) L (mm ± 1) T (mm ± 1) H (mm ± 1) φd (mm) ESR @ 100KHz (mΩ) ESL (nH) dv / dt (V / μS) Ipk (A) Irms @ 25 ℃ @ 100KHz (A)
0.068 32 9 17 0.8 25 23 1500 102 6.9
0.1 32 11.5 19.5 1 18 22 1500 150 8.2
0.1 37 10.5 18.5 1 18 26 1450 145 8
0.22 32 17.5 25.5 1.2 15 21 1400 308 9.1
0.22 37 16 24 1.2 15 25 1300 286 9
0.33 37 20 28 1.2 12 24 1250 412.5 9.5
0.33 44 18 26 1.2 12 30 1200 396 10.2
0.47 44 19.5 32 1.2 10 29 1100 517 12.4
0.68 44 24 36.5 1.2 8 28 1000 680 14.2
0.68 57 18.5 31 1.2 8 27 900 612 14.2
1 57 23.5 36 1.2 6 31 950 950 14.5
1.5 57 29.5 42 1.2 5 31 850 1275 14.5
2 57 33 48.5 1.2 4.2 31 750 1500 16.5
2.2 57 35 50.5 1.2 4 30 700 1540 17.8
Naprýa .eniýe Un 3000V.DC; Urms 750Vac; Bize 4500V
Potensial (uF) L (mm ± 1) T (mm ± 1) H (mm ± 1) φd (mm) ESR @ 100KHz (mΩ) ESL (nH) dv / dt (V / μS) Ipk (A) Irms @ 25 ℃ @ 100KHz (A)
0.047 44 13.5 21.5 1 22 20 2000 94 8.5
0.068 44 17 25 1 20 20 1800 122.4 10.5
0.1 44 20.5 28.5 1.2 18 20 1500 150 12.4
0.15 44 26 34 1.2 16 22 1350 202.5 13.8
0.22 44 29 41.5 1.2 14.5 22 1200 264 14.5

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Önümiň jikme-jik suratlary:

Şahsy önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE jikme-jik suratlar

Şahsy önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE jikme-jik suratlar

Şahsy önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE jikme-jik suratlar

Şahsy önümleriň ýörite kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensator SMJ-TE - CRE jikme-jik suratlar

Degişli önüm gollanmasy:
Hormatly alyjylarymyza şahsylaşdyrylan önümleriň aýratyn kondensator çözgüdi - ROHS we REACH laýyk Axial snubber kondensatory SMJ-TE - CRE üçin iň höwesli pikirlenýän önümler we hyzmatlar bilen üpjün etmek üçin özümizi bagyşlarys, önüm bütin dünýäde üpjün eder, ýaly: Fransiýa, Bahreýn, Täze Orlean, Kompaniýamyzyň esasy önümleri bütin dünýäde giňden ulanylýar;Önümlerimiziň 80% -i ABŞ, Japanaponiýa, Europeewropa we beýleki bazarlara eksport edildi.Zawodymyzy görmäge myhmanlar tüýs ýürekden garşy alýarlar.
    • Bu kompaniýa bilen hyzmatdaşlygy aňsat duýýarys, üpjün ediji gaty jogapkär, sag boluň. Has çuňňur hyzmatdaşlyk bolar. 5 ýyldyz Ysraýylly Mag tarapyndan - 2018.09.29 13:24
    Özara peýdanyň işewürlik ýörelgesine eýerip, bagtly we üstünlikli amal edýäris, iň gowy işewür hyzmatdaş bolarys öýdýäris. 5 ýyldyz Şweýsariýaly Arabela tarapyndan - 2018.12.11 14:13

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