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Filtra et condensatores nexus continui (DC-link) sunt partes passivae clavis systematis conversionis potentiae.

Filtri et condensatores nexus continui (DC-link) partes passivas clavis systematis conversionis potentiae sunt. Imago Proposita.
  • Filtra et condensatores nexus continui (DC-link) sunt partes passivae clavis systematis conversionis potentiae.
  • Filtra et condensatores nexus continui (DC-link) sunt partes passivae clavis systematis conversionis potentiae.
  • Filtra et condensatores nexus continui (DC-link) sunt partes passivae clavis systematis conversionis potentiae.

Descriptio Brevis:

Propositum condensatoris nexus continui est tensionem continuam stabiliorem praebere, fluctuationes limitans dum inverter sporadice magnum currentem postulat.

Condensator nexus continui CRE technologiam siccam adhibet, quae eius summam efficaciam, operationem tutam, longam vitam, etc. praestat.

 


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Detalia Producti

Etiquettae Productarum

Filtri et condensatores nexus continui (DC-link) sunt partes passivae clavis systematis conversionis potentiae.
Condensator Pellicularis Consuetudinarius,

Condensator nexus continui

Condensatores DC-Link stadium essentiale in conversione potentiae multis applicationibus constituunt.

Applicationes difficiles sumptus, ambitum asperum, et restrictiones fidelitatis severas habent. Quamquam designia circuituum varias methodos adhibere possunt, nucleus vetustus designiorum conversionis potentiae condensatores DC-Link includit.

Condensatores DC-Link densitatem energiae systematis augere et difficultates physicas undulationum a commutatione rapida inductarum, quae conversionibus potentiae commutantis inhaeret, solvere possunt.

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Applicatio

Condensatores electronici potentiae sunt partes apparatuum quae magna potentia operantur. Condensatores ad hanc potentiam convertendam et regendam adhibentur.

1. Inverteres modulationis latitudinis impulsuum triphasici (PWM),

2. Inverteres photovoltaici et eolici

3. Impulsiones motorum industrialium

4. Caricatores et inversores autocinetici in vehiculis

5. Instrumenta medica

6. Fontes potentiae etc.

Expectatio vitae

1

Delineatio adumbrata

 

ΦD (mm)

P(mm)

Altitudo (mm)

S

F

M

76

32

20

M12×16

M6×10

M8×20

86

32

20

M12×16

M6×10

M8×20

96

45

20

M12×16

M6×10

M8×20

116

50

22

M12×16

M6×10

M8×20

136

50

30

M16×25

M6×10

M8×20

Duo

Tensio electrica 450V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus (kg)
380 76 75 50 10 3.8 11.4 45 2.2 4.5 32 0.5
quingenti 76 centum 40 8 4.0 12.0 65 1.5 3.2 32 0.6
DCCCL 76 130 50 5 3.8 11.3 65 1.6 3.0 32 0.75
quingenti 86 75 50 8 4.0 12.0 55 1.8 3.7 32 0.8
mille 86 130 50 5 5.0 15.0 70 1.5 2.7 32 1.1
DCCL 86 centum 40 5 3.3 9.8 75 1.2 3.0 32 0.9
DCCL 86 95 40 5 3.3 9.8 75 1.2 3.0 32 0.85
DCCL 96 75 50 5 3.3 9.8 60 1.5 3.7 45 0.75
1250 96 130 50 4 5.0 15.0 80 1 3.1 45 1.2
MDCCC 116 130 50 4 7.2 21.6 85 0.8 3.5 50 1.6
1450 86 190 60 4 5.8 17.4 90 0.9 2.7 32 1.55
2700 116 190 60 3 8.1 24.3 centum 0.8 2.5 50 2.45

 

Tensio electrica 600V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus (kg)
250 76 75 40 15 3.8 11.3 40 3.1 4.0 32 0.5
320 76 centum 40 10 3.2 9.6 40 2.2 5.7 32 0.6
470 76 130 45 12 5.6 16.9 60 1.8 3.1 32 0.75
330 86 75 40 15 5.0 14.9 45 2.4 4.1 32 0.8
DC 86 CXX 45 12 7.2 21.6 60 1.3 4.3 32 1.05
DCCL 86 130 50 12 7.8 23.4 70 1.2 3.4 32 1.1
DCCL 86 95 50 15 9.8 29.3 65 1.2 3.9 32 0.85
mille 86 CLXXX 50 12 12.0 36.0 70 1.5 2.7 32 1.5
420 96 75 45 15 6.3 18.9 50 Duo 4.0 45 0.75
DCCC 96 130 60 12 9.6 28.8 75 1.5 2.4 45 1.2
950 116 centum 60 10 9.5 28.5 90 1.2 2.1 50 1.25
1200 116 130 70 8 9.6 28.8 80 1.2 2.6 50 1.6
MDCCC 116 CLXXX 50 8 14.4 43.2 80 1.2 2.6 50 2.4
2700 116 260 70 5 13.5 40.5 centum 0.9 2.2 50 3.2
2500 136 CLXXX 60 5 12.5 37.5 centum 0.8 2.5 50 3.7
3750 136 260 70 4 15.0 45.0 115 0.7 2.2 50 4.7

 

Tensio electrica 700V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
ducenti 76 75 40 15 3.0 9.0 40 4 3.1 32 0.5
quadringenti 76 130 45 15 6.0 18.0 60 Duo 2.8 32 0.75
420 76 130 50 15 6.3 18.9 60 Duo 2.8 32 0.75
DC 86 125 60 15 9.0 27.0 45 3.2 3.1 32 1.05
550 86 130 50 12 6.6 19.8 65 1.8 2.6 32 1.1
DCCLXXX 96 130 45 12 8.2 24.5 75 1.5 2.4 45 1.2
DCCXX 96 125 60 12 8.6 25.9 55 2.6 2.5 45 1.15
mille 116 130 50 10 10.0 30.0 80 1 3.1 50 1.6
mille 96 CLXXX 60 10 10.0 30.0 75 1.2 3.0 45 1.6
1500 116 CLXXX 60 7 10.5 31.5 85 0.9 3.1 50 2.4
MM 116 230 70 7 14.0 42.0 85 0.8 3.5 50 3
MM 136 CLXXX 60 7 14.0 42.0 90 0.75 3.3 50 3.7
tria milia 136 230 70 5 15.0 45.0 centum 0.7 2.9 50 4.2
3300 136 260 70 5 16.5 49.5 CXX 0.6 2.3 50 4.7

 

Tensio electrica 800V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus (kg)
110 86 80 45 20 2.2 6.6 75 Duo 1.8 32 0.8
CL 86 95 45 20 3.0 9.0 80 1.5 2.1 32 0.85
250 86 75 45 15 3.8 11.3 45 3.1 3.2 32 0.8
360 86 130 55 12 4.3 13.0 65 2.2 2.2 32 1.1
470 86 130 45 12 5.6 16.9 70 2.8 1.5 32 1.1
DC 96 130 55 10 6.0 18.0 75 2.2 1.6 45 1.2
DCCXXX 86 CLXXX 55 10 7.3 21.9 70 1.8 2.3 32 1.5
DCCCL 86 CLXXX 55 12 9.0 27.0 75 1.8 2.0 32 1.5
mille 96 CLXXX 60 10 10.0 30.0 75 1.3 2.7 45 1.6
900 116 130 65 7 6.3 18.9 80 1.4 2.2 50 1.6
1400 116 CLXXX 65 7 9.8 29.4 80 0.9 3.5 50 2.4
mille 116 125 60 7 7.0 21.0 70 1.4 2.9 50 1.55
MM 116 230 65 5 10.0 30.0 85 0.9 3.1 50 3
2800 136 230 70 5 14.0 42.0 centum 0.8 2.5 50 4.2

 

Tensio electrica 900V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus (kg)
CLX 76 75 40 15 3.0 9.0 35 3 5.4 32 0.5
320 76 130 50 15 5.0 14.9 60 3.2 1.7 32 0.75
350 76 125 50 15 5.0 15.0 40 2.8 4.5 32 0.75
210 86 75 40 15 3.2 9.5 40 2.2 5.7 32 0.8
450 86 125 45 12 5.4 16.2 50 2.7 3.0 32 1.1
420 86 130 45 12 5.0 15.1 65 2.5 1.9 32 1.1
490 86 CXX 45 10 4.9 14.7 70 1.8 2.3 32 1.05
510 86 CXX 45 10 5.1 15.3 70 1.8 2.3 32 1.05
DCCLX 86 CLXXX 50 10 6.6 19.8 70 Duo 2.0 32 1.5
900 86 230 50 10 9.0 27.0 65 2.1 2.3 32 1.8
580 96 125 50 10 5.8 17.4 55 3.3 2.0 45 1.2
540 96 130 50 7 3.8 11.3 75 1.5 2.4 45 1.2
DCXXX 116 centum 55 7 4.4 13.2 60 Duo 2.8 50 1.3
DCCCLX 116 125 55 7 6.0 18.1 60 2.2 2.5 50 1.55
DCCCX 116 130 60 7 5.7 17.0 80 1.2 2.6 50 1.6
1250 116 CLXXX 60 7 8.8 26.3 80 1.2 2.6 50 2.4
MDCC 116 230 60 5 8.5 25.5 80 1.1 2.8 50 3
MDCC 136 CLXXX 65 6 10.2 30.6 centum 0.9 2.2 50 3.7
2400 136 230 70 5 12.0 36.0 centum 0.95 2.1 50 4.2

 

Tensio electrica 1100V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
130 76 75 40 15 1.9 5.6 35 4.5 3.6 32 0.5
260 76 130 45 15 3.8 11.3 60 2.8 2.0 32 0.75
280 76 125 50 12 3.3 9.9 35 4 4.1 32 0.75
CLXX 86 75 50 15 2.6 7.7 45 5 2.0 32 0.8
360 86 125 55 12 4.3 13.0 35 2.5 6.5 32 1.1
330 86 130 45 15 5.0 15.0 65 2.8 1.7 32 1.1
420 86 136 45 12 5.0 15.0 60 Duo 2.8 32 1.15
420 86 CLV 45 12 5.0 15.0 65 1.5 3.2 32 1.25
470 86 CLXXX 60 10 4.7 14.1 70 1.8 2.3 32 1.5
quingenti 86 CLXXX 60 10 5.0 15.0 70 1.8 2.3 32 1.5
DC 86 225 60 10 6.0 18.0 80 1.2 2.6 32 1.8
DC 86 225 70 10 6.0 18.0 60 2.2 2.5 32 1.8
DC 116 130 50 10 6.0 18.0 75 1.8 2.0 50 1.6
DCCLXXX 86 225 70 12 8.2 24.5 65 2.5 1.9 32 1.8
DCCXX 86 230 70 12 8.6 25.9 65 2.5 1.9 32 1.8
460 96 125 65 10 4.6 13.8 55 3.2 2.1 45 1.2
520 96 CLXXX 65 12 6.2 18.7 75 1.5 2.4 45 1.6
quingenti 116 centum 70 10 5.0 15.0 55 2.5 2.6 50 1.3
DCCLXXX 116 125 70 10 6.8 20.4 60 2.8 2.0 50 1.6
DCCL 116 130 75 10 6.5 19.5 75 1.3 2.7 50 1.6
mille 116 CLXXX 75 12 12.0 36.0 75 1.5 2.4 50 2.4
1200 116 230 80 8 9.6 28.8 80 1.5 2.1 50 3
1200 116 230 75 12 14.4 43.2 105 0.9 2.0 50 3
1250 116 230 75 12 15.0 45.0 80 1.5 2.1 50 3
1300 116 230 75 12 15.6 46.8 80 1.5 2.1 50 3
1400 136 CLXXX 70 7 9.8 29.4 85 1.3 2.1 50 3.7
MDCC 136 230 70 5 8.5 25.5 centum 1.4 1.4 50 4.2
1900 136 230 75 5 9.5 28.5 centum 1.2 1.7 50 4.2
2800 136 335 80 5 14.0 42.0 CXX 0.8 1.7 50 6.1
3060 136 345 80 5 15.3 45.9 CXX 0.9 1.5 50 6.2
3200 136 335 80 5 16.0 48.0 CXX 0.85 1.6 50 6.1

 

Tensio electrica 1200V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus (kg)
CLXX 86 75 50 15 2.6 7.7 45 4.5 2.2 32 0.8
420 76 145 50 15 6.3 18.9 30 12 1.9 32 0.85
330 86 130 45 15 5.0 15.0 65 2.8 1.7 32 1.1
420 86 136 45 12 5.0 15.0 65 Duo 2.4 32 1.15
420 86 CLV 45 12 5.0 15.0 70 1.5 2.7 32 1.25
420 116 95 55 10 4.2 12.6 80 1.4 2.2 50 1.2
450 86 CLX 55 12 5.4 16.2 70 2.9 1.4 32 1.3
470 86 CLXXX 60 12 5.6 16.9 70 2.8 1.5 32 1.5
470 86 225 60 12 5.6 16.9 70 2.8 1.5 32 1.8
550 86 145 55 12 6.6 19.8 40 11 1.1 32 1,2
DC 86 225 60 10 6.0 18.0 80 1.2 2.6 32 1.8
DC 86 225 70 10 6.0 18.0 60 2.2 2.5 32 1.8
DC 116 130 50 10 6.0 18.0 75 1.8 2.0 50 1.6
DCCLXXX 86 225 70 12 8.2 24.5 65 2.5 1.9 32 1.8
quingenti 116 centum 65 10 5.0 15.0 55 2.6 2.5 50 1.2
DCCLXXX 116 125 65 10 6.8 20.4 50 2.8 2.9 50 1.55
DCCL 116 130 65 10 6.5 19.5 80 1.8 1.7 50 1.6
mille 116 CLXXX 70 7 7.0 21.0 75 1.3 2.7 50 2.4
1200 116 230 70 7 8.4 25.2 75 1.3 2.7 50 3
1250 116 230 70 7 8.8 26.3 75 1.2 3.0 50 3
1400 136 CLXXX 75 7 9.8 29.4 85 1.1 2.5 50 3.7
MDCC 136 230 80 5 8.5 25.5 85 1 2.8 50 4.2
DCCCL 136 125 70 8 6.8 20.4 75 1.6 2.2 50 1.9
950 136 125 60 8 7.6 22.8 80 1.1 2.8 50 2.4
1200 116 CLXXX 80 8 9.6 28.8 80 1 3.1 50 2.4
1200 116 CLXXX 60 5 6.0 18.0 centum 0.8 2.5 50 2.4
1500 136 CLXXX 70 5 7.5 22.5 centum 0.9 2.2 50 3.7
2700 136 335 80 5 13.5 40.5 110 0.85 1.9 50 6.1

 

Tensio electrica 1300V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
230 86 125 50 15 5.7 17.1 35 5 3.3 32 1.1
210 86 130 50 15 3.2 9.5 70 Duo 2.0 32 1.1
330 86 CLXXX 60 15 5.0 14.9 65 3 1.6 32 1.5
470 86 230 65 12 5.6 16.9 65 3.2 1.5 32 1.8
410 116 130 65 12 4.9 14.8 80 1.8 1.7 50 1.6
DCCL 116 CLXXX 65 10 6.5 19.5 85 Duo 1.4 50 2.4
DCCCLXXX 116 230 80 10 8.8 26.4 85 2.2 1.3 50 3
900 136 CLXXX 70 7 6.3 18.9 centum 1.6 1.3 50 3.7
1200 136 230 80 7 8.4 25.2 105 1.5 1.2 50 4.2

 

Tensio electrica 1500V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
CLX 86 125 50 15 5.7 17.1 35 5 3.3 32 1.1
CLX 86 130 50 15 2.4 7.2 60 3.5 1.6 32 1.1
240 86 CLXXX 55 15 3.6 10.8 65 5 0.9 32 1.5
320 86 230 55 12 3.8 11.5 60 3.5 1.6 32 1.8
trecenti 116 130 55 12 3.6 10.8 75 Duo 1.8 50 1.6
470 116 CLXXX 60 10 4.7 14.1 75 2.8 1.3 50 2.4
DCCL 116 230 60 10 6.5 19.5 80 2.8 1.1 50 3
DCCLX 136 CLXXX 60 7 4.6 13.9 centum 1.8 1.1 50 3.7
900 136 230 60 6 5.4 16.2 105 1.2 1.5 50 4.2
mille 136 260 70 5 5.0 15.0 CXX 0.9 1.5 50 4.7

 

Tensio electrica 1800V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
130 86 125 55 15 5.7 17.1 35 5 3.3 32 1.1
CXX 86 130 55 15 1.8 5.4 60 2.5 2.2 32 1.1
CLXXX 86 CLXXX 60 15 2.7 8.1 65 Duo 2.4 32 1.5
260 86 230 60 12 3.1 9.4 60 3 1.9 32 1.8
230 116 130 60 12 2.8 8.3 80 Duo 1.6 50 1.6
360 116 CLXXX 65 10 3.6 10.8 80 3.2 1.0 50 2.4
quingenti 116 230 70 10 5.0 15.0 75 3 1.2 50 3
510 136 CLXXX 70 7 3.6 10.7 centum Duo 1.0 50 3.7
DCCLXXX 136 230 70 7 4.8 14.3 95 Duo 1.1 50 4.2

 

Tensio electrica 2000V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
centum 86 125 55 15 1.5 4.5 35 3.8 4.3 32 1.1
90 86 130 55 15 1.4 4.1 65 2.5 1.9 32 1.1
CL 86 CLXXX 60 15 2.3 6.8 60 3.5 1.6 32 1.5
ducenti 86 230 60 12 2.4 7.2 65 Duo 2.4 32 1.8
CLXXX 116 130 65 10 1.8 5.4 75 2.5 1.4 50 1.6
280 116 CLXXX 70 10 2.8 8.4 70 Duo 2.0 50 2.4
380 116 230 80 10 3.8 11.4 80 Duo 1.6 50 3
quadringenti 136 CLXXX 60 7 2.8 8.4 centum 1.6 1.3 50 3.7
550 136 230 70 7 3.9 11.6 centum 1.5 1.3 50 4.2
DCCCL 136 335 80 5 4.3 12.8 CXX 1.1 1.3 50 6.1

 

Tensio electrica 2800V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
CLX 116 CLXXX 70 30 4.8 14.4 75 2.2 1.6 50 2.4
210 116 230 75 25 5.3 15.8 70 2.8 1.5 50 3
225 136 CLXXX 75 20 4.5 13.5 85 Duo 1.4 50 3.7
trecenti 136 230 80 15 4.5 13.5 80 2.5 1.3 50 4.2

 

Tensio electrica 4000V.DC
Cn(uF) φD H ESL(nH) dv/dt(V/μS) Ip(KA) Est (KA) Irms(A)50℃ ESR (mΩ) @1KHz Rth(K/W) P(mm) pondus
70 116 CLXXX 70 50 3.5 10.5 70 3.5 1.2 50 2.4
95 116 230 75 40 3.8 11.4 70 3.6 1.1 50 3
centum 136 CLXXX 75 35 3.5 10.5 85 3 0.9 50 3.7
135 136 230 80 30 4.1 12.2 80 3.5 0.9 50 4.2

Postulatio conservationis energiae et fontium renovabilium urget progressionem productorum qualia sunt vehicula electrica, conversores photovoltaici (PV), generatores energiae eolicae. Haec producta inversorem DC ad AC requirunt ad systema operandi efficiendum. Filtra et capacitores nexus DC sunt partes passivae clavis systematis potentiae quae auxilium praebent necessitati augendae potentiae cum alta tensione et currentibus undulatis.

CRE, ut societas technologiae altae emergens, manipulum investigationis et progressionis (R&D) et fabricationis pro condensatoribus electronicis potentiae membranaceis habet, et centra machinationis investigationis et progressionis electronicae potentiae cum institutis investigationis internationaliter claris constituta habet. Hactenus, CRE plus quam quadraginta inventiones et patentes exemplarium utilitatis habet et in evolutione decem normarum nationalium et industrialium participavit, quae cum ISO-9001, IATF16949, ISO14001/45001, et UL probatae sunt. Plures socios commerciales ad innovationem potentiae promovendam evolvere studemus.

Producta popularia CRE:
① Condensator nexus continui
② Condensator filtrationis AC
③ Accumulatio energiae / Capacitor impulsuum
④ IGBT condensator oppressus
⑤ Capacitor resonantiae
⑥ Condensator aqua refrigeratus

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