IXYS NYE højstrømsdiodemoduler 255 Amps 1400V MDD255-14N1 På lager

Introduktion til tyristordiodemoduler

Thyristor diode moduler, ofte blot omtalt som tyristorer, er en type halvlederenhed, der primært bruges til at styre og skifte elektrisk strøm i forskellige applikationer. De fungerer som kontrollerede kontakter, tillader strøm at flyde, når den udløses af et lille gate-signal. En gang tændt, de forbliver ledende, indtil strømmen gennem dem falder under en vis tærskel eller strømmens retning vendes.

Et tyristormodul består typisk af flere tyristorer pakket sammen til at håndtere højere strømme eller spændinger end en enkelt komponent kunne klare. Disse moduler kan findes i en række forskellige konfigurationer, inklusive SCR (Silikonestyret ensretter), TRIAC, og GTO (Sluk port) tyristorer, hver designet til specifikke typer strømstyringsopgaver.

Funktioner og fordele ved Thyristor Diode Modules

1. Høj effekthåndteringskapacitet:
   Thyristormoduler er i stand til at håndtere høje niveauer af effekt, hvilket gør dem velegnede til industrielle applikationer, der kræver robuste og pålidelige strømstyringsløsninger.

2. Effektiv Power Control:
   Thyristorer giver præcis kontrol over den effekt, der leveres til en belastning. Ved at styre timingen af ​​gate-impulsen, det er muligt at justere mængden af ​​strøm, der overføres, hvilket er særligt nyttigt i AC-strømstyringsapplikationer såsom dæmpning af lys eller hastighedskontrol af motorer.

3. Lave ledningstab:
   Når den er helt tændt, tyristorer har lave fremadgående spændingsfald, hvilket resulterer i minimalt strømtab under ledning. Denne effektivitet bidrager til lavere driftstemperaturer og forbedret energieffektivitet.

4. Robust konstruktion:
   Designet til barske miljøer, tyristormoduler har holdbar emballage, der kan modstå mekanisk belastning, temperaturudsving, og andre miljøfaktorer, der er typiske i industrielle omgivelser.

5. Kompakt design:
   På trods af deres evne til at håndtere betydelig magt, moderne tyristormoduler er kompakte, muliggør pladsbesparende design i udstyr, hvor størrelse og vægt er kritiske overvejelser.

6. Omkostningseffektiv løsning:
   Thyristormoduler giver en økonomisk måde at implementere kraftfulde koblings- og kontrolfunktioner sammenlignet med alternative teknologier, der måske ikke er så effektive eller kan koste mere pr. håndteret effektenhed.

7. Simpel udløsningsmekanisme:
   Thyristorer kræver kun en lille gatestrøm for at tænde, hvilket forenkler design af styrekredsløb. Udløsningsmekanismen kan nemt integreres i eksisterende systemer med minimale ekstra komponenter.

8. Bredt udvalg af applikationer:
   Fra motorstyring og strømforsyninger til svejsemaskiner og træksystemer, tyristormoduler finder anvendelse på tværs af et bredt spektrum af industrier på grund af deres alsidige egenskaber.

9. Overstrømsbeskyttelse:
   Mange tyristormoduler er udstyret med indbyggede beskyttelsesfunktioner mod overstrømsforhold, at beskytte både selve enheden og tilsluttede belastninger mod potentiel skade.

10. Hurtige skiftehastigheder:
    Avancerede tyristormoduler kan skifte tilstand hurtigt, hvilket er gavnligt i applikationer, der kræver hurtige svartider eller hyppige skiftecyklusser uden at gå på kompromis med ydeevnen.

(IXYS NYE højstrømsdiodemoduler 255 Amps 1400V MDD255-14N1 På lager)

Specification of IXYS NEW High Current Diode Modules 255 Amps 1400V MDD255-14N1 På lager

The IXYS MDD255-14N1 is a high-current diode component made for demanding commercial and power electronic devices applications. This component incorporates robust efficiency with high integrity, making it optimal for usage in rectifiers, invertere, motordrev, svejseværktøj, and uninterruptible power products (UPS). With a continuous current score of 255 Amps and a repeated reverse voltage of 1400V, it provides exceptional power taking care of capabilities in a portable, industry-standard plan.

The MDD255-14N1 includes a dual-diode configuration, with each diode rated for 255A ordinary onward present (HVIS(AF)) and 1400V reverse voltage (VRRM). Its rise present capability rises to 4000A (non-repetitive peak), ensuring durability under transient overload conditions. The component’s reduced ahead voltage decrease (typisk 1.25 V per diode at 125 °C )lessens power losses, improving total system performance. Thermal efficiency is optimized with a reduced thermal resistance of 0.08 °C/W (knudepunkt-til-sag), supporting reliable warm dissipation in high-power settings.

Built utilizing innovative press-pack innovation, the MDD255-14N1 ensures exceptional mechanical stability and thermal conductivity. The module runs within a vast temperature level variety of -40 °C til +150 °C (joint temperature), making it appropriate for severe atmospheres. It also meets high isolation requirements, with an insulation voltage of 2500V RMS, making sure safety and security and conformity in commercial setups.

Offered in a portable, industry-standard module format, the MDD255-14N1 simplifies combination right into existing systems. Its screw-terminal design allows safe and secure links, while the sturdy real estate secures versus mechanical stress and anxiety and ecological impurities.

This diode module is currently in supply, ensuring fast availability for immediate tasks or substitutes. Its mix of high current ability, voltage resilience, and thermal effectiveness makes it an affordable solution for applications calling for durability and accuracy. Whether made use of in renewable energy systems, commercial electric motor drives, or sturdy power converters, the IXYS MDD255-14N1 provides regular efficiency under extreme conditions, lowering downtime and maintenance expenses.

Engineers and procurement groups can rely upon this component for its tried and tested dependability, backed by IXYS’s tradition of premium semiconductor remedies. For tasks requiring high-power rectification or changing, the MDD255-14N1 stands out as a versatile, high-performance component.

(IXYS NYE højstrømsdiodemoduler 255 Amps 1400V MDD255-14N1 På lager)

Applications of IXYS NEW High Current Diode Modules 255 Amps 1400V MDD255-14N1 På lager

The IXYS NEW High Current Diode Component MDD255-14N1 is a high-performance power semiconductor created for requiring industrial and business applications. With a robust 255 Amps ordinary forward existing ranking and 1400V recurring reverse voltage capacity, this component supplies exceptional efficiency and dependability in high-power circuits. Its availability in stock makes certain fast assimilation into systems needing instant deployment, decreasing downtime for vital operations.

** Industrial Electric Motor Drives and Power Supplies **: The MDD255-14N1 excels in electric motor drive systems, fixing air conditioning to DC power in variable frequency drives (VFDs) and servo controllers. Its high existing capacity makes sure secure procedure for hefty machinery, while the 1400V score manages voltage spikes typical in commercial settings.

** Welding Equipment **: Welding makers require regular high-current result for arc stability. This diode component’s low ahead voltage decrease minimizes power losses, improving power effectiveness. Its tough construction withstands the high rise currents normal in welding applications.

** Renewable Resource Equipments **: In solar inverters and wind turbine converters, the component successfully transforms and handles power. The 1400V ranking matches high-voltage DC bus requirements, while its thermal performance makes sure reliability in fluctuating environmental conditions.

** Electric Automobile (EV) Billing Stations **: Fast-charging EV stations take advantage of the diode’s high-current taking care of to quickly transform air conditioner grid power to DC for battery charging. Its resilience sustains continual procedure in high-utilization situations.

** Transportation and Traction Equipments **: The component is excellent for rail and electric grip systems, where it corrects power for propulsion and supporting systems. Its ability to operate in wide temperature level ranges guarantees performance in harsh conditions.

** Uafbrydeligt strømmateriale (UPS)**: Critical backup power systems rely on the MDD255-14N1 for efficient rectification and very little heat generation, making sure uptime for data facilities, medical care facilities, and telecom infrastructure.

** Medical Equipment **: High-current clinical imaging and analysis tools take advantage of the diode’s accuracy and integrity, preserving steady power shipment for sensitive elements.

** Test and Dimension Devices **: High-power test rigs use the component to mimic real-world electrical conditions, leveraging its rise resistance and thermal resilience.

Secret attributes like reduced leak current, high surge capability, and a press-pack layout for effective warmth dissipation make the MDD255-14N1 functional across AC/DC systems. Its epoxy-free building and construction enhances thermal cycling efficiency, expanding life span in cyclic lots. Readily available in stock, this component is a cost-effective remedy for designers looking for to maximize power performance and dependability in high-stakes applications. Obtaining the MDD255-14N1 ensures fast implementation and decreased lead times for jobs requiring robust high-current rectification.

Virksomhedsprofil

Luoyang Datang Energy Tech Co.Ltd(sales@pddn.com) er en af ​​de førende virksomheder inden for kraftelektronikteknologi og kraftprodukter, som er fuldt involveret i at udvikle solcelle-invertere， transformere, spændingsregulatorer, fordelingsskabe, tyristorer， moduler， dioder， varmelegemer, og andre elektroniske enheder eller halvledere. Vi vil være forpligtet til at give brugerne høj kvalitet, effektive produkter og hensynsfuld service.

Det accepterer betaling med kreditkort, T/T, Vestunionen, og Paypal. PDDN vil sende varerne til kunder i udlandet gennem FedEx, DHL, til søs, eller med fly. If you want high-quality IXYS NEW High Current Diode Modules 255 Amps 1400V MDD255-14N1 På lager, send os venligst forespørgsler; vi vil være her for at hjælpe dig.

Betalingsmetoder

L/C, T/T, Western Union, Paypal, Kreditkort osv.

Forsendelse

Ved havet, med fly, ved ekspres, som kunder efterspørger.

Opbevaringsbetingelser

1) Opbevares i et tørt miljø ved stuetemperatur.

2) Undgå fugt og høj temperatur.

3) Bruges umiddelbart efter åbning af den indvendige pakkepose.

5 FAQs of IXYS NEW High Current Diode Modules 255 Amps 1400V MDD255-14N1 På lager

What are the key specifications of the IXYS MDD255-14N1 diode module?
The IXYS MDD255-14N1 is a high-current diode module designed for demanding industrial applications. It features a continuous forward current rating of 255 amps and a repetitive reverse voltage of 1400V, making it ideal for high-power rectification. The module incorporates ultra-fast recovery diodes with a low reverse recovery time (typically 50ns) to minimize switching losses. It also offers a high isolation voltage of 2500V between the baseplate and circuitry, ensuring safety and reliability in high-voltage systems. The module is built with a rugged, press-pack construction for efficient thermal management and mechanical stability.

What applications is the MDD255-14N1 best suited for?
This diode module is commonly used in high-power rectification circuits, such as motor drives, svejseudstyr, UPS systemer, og invertere til vedvarende energi (solar/wind). Its high current and voltage ratings make it suitable for industrial power supplies, træksystemer, and heavy machinery. The fast recovery characteristics also support high-frequency switching in applications like induction heating and pulsed power systems.

How does thermal management work for this module?
The MDD255-14N1 requires proper heatsinking to dissipate heat effectively. Its low thermal resistance (0.12°C/W junction-to-case) allows efficient heat transfer to a heatsink. Ensure the mounting surface is flat, clean, and coated with thermal grease to minimize thermal impedance. The module’s operating temperature range is -40°C to +150°C, but consistent operation near the upper limit may reduce lifespan. Active cooling (fans or liquid cooling) is recommended for high-load scenarios.

How does it compare to similar diode modules in its class?
Compared to older or lower-rated modules, the MDD255-14N1 offers higher current capacity (255A vs. 200A in some competitors) and a higher voltage rating (1400V vs. 1200V). Its fast recovery time reduces energy losses in switching applications, forbedring af den samlede effektivitet. The press-pack design also enhances durability under thermal cycling and mechanical stress, outperforming standard epoxy-mounted diodes.

Is the MDD255-14N1 readily available for purchase?
Ja, this module is currently in stock and available for immediate shipment. Lead times are typically 1-3 business days for standard orders, with bulk quantities subject to confirmation. It’s compatible with common industrial mounting systems, and datasheets or application notes can be provided upon request. For customization or OEM inquiries, contact the supplier directly for tailored support.

(IXYS NYE højstrømsdiodemoduler 255 Amps 1400V MDD255-14N1 På lager)