Main Technical parametri
MDR (Dual Motor Hybrid vehiculum Bus Capacitor)
| Item | proprium | ||
| Reference Latin | GB / T17702 (IEC (LXI) LXXI), AEC-Q200D | ||
| Rated capacity | Cn | 750uf ± X% | 100Hz XX ± V ℃ |
| Rated voltage | Undc | 500VDC | |
| Inter-electrode voltage | 750vdc | 1.5un, 10s | |
| Electrode Crusta voltage | 3000VAC | 10 * XX ± V ℃ | |
| Nulla resistitur (ir) | C X ris | > = 10000s | 500VDC, 60s |
| Damnum Tangent valorem | tan δ | <10x10-4 | 100Hz |
| Equivalent seriem resistentiam (ESR) | Rs | <= 0.4MΩ | 10khz |
| Maximum repetita impetus current | \ | 3750a | (T <= 10us, Intervallum II 0.6s) |
| Maximam pulsus current | Is | 11250a | (30ms per tempus, non plus quam M temporibus) |
| Maximum Liceable Rippele Current Efficens valorem (n terminal) | I RM | TM: 150a, GM: 90a | (Continua current at10khz, ambientium temperatus LXXXV ℃) |
| 270a | (<= 60sat10khz, ambientium temperatus LXXXV ℃) | ||
| SIGNUM | Le | <20nh | 1MHz |
| Electrical alvi (inter terminals) | > = 5.0mm | ||
| Despice procul (inter terminals) | > = 5.0mm | ||
| Vita expectationem | > = 100000h | Un 0hs <LXX ℃ | |
| Defectum rate | <= 100fit | ||
| Flammability | Ul94-v0 | Radius obsequium | |
| Dimensiones | L * w * h | 272.7 * CXLVI * XXXVII | |
| Operating temperatus rhoncus | © Case | -40 ℃ + CV ℃ | |
| Repono temperatus range | © repono | -40 ℃ + CV ℃ | |
Mdr (Passenger Car Busbar Capacitor)
| Item | proprium | ||
| Reference Latin | GB / T17702 (IEC (LXI) LXXI), AEC-Q200D | ||
| Rated capacity | Cn | 700uf ± X% | 100Hz XX ± V ℃ |
| Rated voltage | Undc | 500VDC | |
| Inter-electrode voltage | 750vdc | 1.5un, 10s | |
| Electrode Crusta voltage | 3000VAC | 10 * XX ± V ℃ | |
| Nulla resistitur (ir) | C X ris | > 10000s | 500VDC, 60s |
| Damnum Tangent valorem | tan δ | <10x10-4 | 100Hz |
| Equivalent seriem resistentiam (ESR) | Rs | <= 0,35MΩ | 10khz |
| Maximum repetita impetus current | \ | 3500A | (T <= 10us, Intervallum II 0.6s) |
| Maximam pulsus current | Is | 10500a | (30ms per tempus, non plus quam M temporibus) |
| Maximum Liceable Rippele Current Efficens valorem (n terminal) | I RM | 150a | (Continua current at10khz, ambientium temperatus LXXXV ℃) |
| 250A | (<= 60sat10khz, ambientium temperatus LXXXV ℃) | ||
| SIGNUM | Le | <15nh | 1MHz |
| Electrical alvi (inter terminals) | > = 5.0mm | ||
| Despice procul (inter terminals) | > = 5.0mm | ||
| Vita expectationem | > = 100000h | Un 0hs <LXX ℃ | |
| Defectum rate | <= 100fit | ||
| Flammability | Ul94-v0 | Radius obsequium | |
| Dimensiones | L * w * h | 246.2 * LXXV * LXVIII | |
| Operating temperatus rhoncus | © Case | -40 ℃ + CV ℃ | |
| Repono temperatus range | © repono | -40 ℃ + CV ℃ | |
Mdr (Commercial vehiculum Busbar Capacititor)
| Item | proprium | ||
| Reference Latin | GB / T17702 (IEC (LXI) LXXI), AEC-Q200D | ||
| Rated capacity | Cn | 1500uf ± X% | 100Hz XX ± V ℃ |
| Rated voltage | Undc | 800vdc | |
| Inter-electrode voltage | 1200VDC | 1.5un, 10s | |
| Electrode Crusta voltage | 3000VAC | 10 * XX ± V ℃ | |
| Nulla resistitur (ir) | C X ris | > 10000s | 500VDC, 60s |
| Damnum Tangent valorem | Tan6 | <10x10-4 | 100Hz |
| Equivalent seriem resistentiam (ESR) | Rs | <= O.3Mω | 10khz |
| Maximum repetita impetus current | \ | 7500a | (T <= 10us, Intervallum II 0.6s) |
| Maximam pulsus current | Is | 15000a | (30ms per tempus, non plus quam M temporibus) |
| Maximum Liceable Rippele Current Efficens valorem (n terminal) | I RM | 350a | (Continua current at10khz, ambientium temperatus LXXXV ℃) |
| 450A | (<= 60sat10khz, ambientium temperatus LXXXV ℃) | ||
| SIGNUM | Le | <15nh | 1MHz |
| Electrical alvi (inter terminals) | > = 8.0mm | ||
| Despice procul (inter terminals) | > = 8.0mm | ||
| Vita expectationem | > 100000h | Un 0hs <LXX ℃ | |
| Defectum rate | <= 100fit | ||
| Flammability | Ul94-v0 | Radius obsequium | |
| Dimensiones | L * w * h | CDIII * LXXXIV * CII | |
| Operating temperatus rhoncus | © Case | -40 ℃ + CV ℃ | |
| Repono temperatus range | © repono | -40 ℃ + CV ℃ | |
Product Dimensional Drawing
MDR (Dual Motor Hybrid vehiculum Bus Capacitor)
Mdr (Passenger Car Busbar Capacitor)
Mdr (Commercial vehiculum Busbar Capacititor)
Pelagus proposito
◆ application areas
◇ DC-Link DC filter circuitu
◇ Hybrid Electric vehicles et pura electrica vehicles
Introductio ad tenues film capacitors
Tenues film capacitors sunt essentialis electronic components late in electronic circuitus. Illi consistere de insulating materia (vocatur Dielectric layer) inter duos Conductors, capaces thesaurizantes crimen et transmittendi electrica signa in circuitu. Comparari ad conventional electrolytic capacitors, tenuis film capacitors typice exhibent altiorem stabilitatem et inferioribus damna. Dielectric accumsan solet ex polymeros vel metallum oxides, cum crassitudines typice infra paucis micrometeris, hinc nomen "tenuis film". Ob parva mole, lux pondus, et firmum perficientur, tenuis film capacitors invenire extensive applications in electronic products ut Smartphones, tabulas et electronic cogitationes.
Pelagus commoda tenuis film capacitors includit princeps capacitance, humilis damna, firmum perficientur et longa lifespan. Sunt in variis applications possidet potestatem administratione, signum coupling, filtering, oscillans circuits, sensoriis, memoria, et radio frequency (RF) Applications. Sicut in demanda pro minor et magis agentibus electronic products continues crescere, investigationis et progressionem nisus in tenuis film capacitors sunt semper progredientes in occursum foro postulat.
In summary, tenuis film capacitors ludere a crucial munus in modern electronics, cum suis stabilitatem, perficientur, et lateque-vndique applications facere eos necessaria components in circuitu consilio.
Applications de tenuis film capacitors in variis industries
Electronics:
- Smartphones et Tabulettae, tenuis film capacitors sunt usus in potestate administratione, signum coupling, filtering, et alia Circuitus ut fabrica stabilitatem et perficientur.
- Televisions et Displays, in Technologies sicut liquida crystal ostentat (LCDs) et organicum lux-emittens Diodes (oleds), tenuis film capacitors sunt usus ad imaginem processui et signa transmissio.
- Computers et Servers: Used enim potentia Supple Circuitus, Memoria Modules et Signum dispensando in motherboards, servientibus et processors.
Automotive et translationem:
- Electric vehicles (MBS), Tenues film capacitors sunt integrated in altilium administratione systems ad industria repono et potestatem tradenda, enhancing evuctiones et efficientiam.
- Books Electronic Systems: in Infotainment Systems, navigation systems, vehiculum communicationis et salus systems, tenuis film capacitors sunt usus ad filtering, coitus et signo processui.
Energy et Power:
- Renewable Energy: usus est in solaris tabulata et ventum potentia systems ad levia output excursus et improving industria conversionem efficientiam.
- Power Electronics: in cogitationes sicut inverters, converters et intentione regulators, tenuis film capacitors sunt usus ad industria repono, vena blandior et voltage ordinacione.
Medical cogitationes:
- Medicinorum Imaging: X-Ray machinis, magnetica resonatur imaginatione (MRI), et ultrasound cogitationes, tenuis film capacitors sunt usus ad signum dispensando et imaginem reconstruction.
- Imlantable Medical cogitationes: Tenues film capacitors providere potentia procuratio et data processus munera in cogitationes ut pacemakers, coclear implantatorum, et implantabilia Biensors.
Communications et Networking:
- Mobile Communications: Tenues film capacitors sunt crucial components in RF fronte-finem modules, Filtra et antenna tuning pro mobile basi stationes, satellite communicationis et wireless retiacula.
- Data Centrorum: in Network Switches, iter itineris, et servientibus pro potentia procuratio, notitia repono, et signo condiciones.
Altiore, tenuis film capacitors ludere essential numeribus per varia industries, providing critica firmamentum ad perficientur, stabilitatem, et functionality of electronic cogitationes. Ut technology continues ad antecessum et applicationem locis expand, in posterum Outlook enim tenuis film capacitors manet promissum.
