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IMBG120R030M1HXTMA1|INFINEON|limage
IMBG120R030M1HXTMA1|INFINEON|simage
MOSFET

IMBG120R030M1HXTMA1

IMBG120R030M1HXTMA1 | CoolSiC™ MOSFETs 1200V in D2PAK-7L package - achieve top efficiency and enable passive cooling in servo drives, chargers and industrial power supplies.

Infineon Technologies AG
Fiches techniques 

Infineon presents CoolSiCTM MOSFET 1200 V class in a new D2PAK-7L package. A broad RDS(on) portfolio from 30 mΩ up to 350 mΩ enables top efficiency in a wide power range of industrial power supplies, chargers, as well as various ampere ratings in servo drives.

CoolSiC™ trench MOSFET technology is optimized to combine performance with reliability in operation, complemented by a 3 µs short-circuit withstand time. Thanks to .XT interconnection technology, the thermal capabilities in a small package form factor are significantly improved. .XT technology allows 30% extra loss to be dissipated through the chip-package interconnection, compared to standard packages. The new CoolSiC™ .XT portfolio shows best-in-class thermal performance and cycling capabilities: up to 14% higher output current, or doubled switching frequency, or 10-15°C lower operating temperatures compared to standard interconnection.

Discover the multiple ways of improving application performance with this SMD portfolio: passive cooling solutions, increased power density, longer lifetimes, and more.

Summary of Features

  • Very low switching losses
  • Short-circuit withstand time, 3 µs
  • Fully controllable dV/dt
  • Benchmark gate threshold voltage, VGS(th) = 4.5 V
  • Robustness against parasitic turn-on, 0 V turn-off gate voltage can be applied
  • Robust body diode for hard commutation
  • .XT interconnection technology for best-in-class thermal performance
  • 1200 V optimized SMD package with creepage and clearance distances, > 6.1 mm on PCB
  • Sense pin for optimized switching performance

Benefits

  • Efficiency improvement
  • Enabling higher frequency
  • Increased power density
  • Cooling effort reduction
  • Reduction of system complexity and cost
  • SMD package enables direct integration into PCB, with natural convection cooling without extra heatsink

Potential Applications

  • Drives
  • Infrastructure - Charger
  • Energy generation – Solar string inverter and solar optimizer
  • Industrial power supplies – Industrial UPS

Spécifications techniques du produit
  • RoHS (Union Européenne)
    Compliant
  • ECCN (États-Unis)
    EAR99
  • Statut de pièce
    Active
  • Code HTS
    8541.29.00.55
  • Automotive
    No
  • PPAP
    No
  • Catégorie
    Power MOSFET
  • Matériau
    SiC
  • Configuration
    Single Hex Source
  • Mode canal
    Enhancement
  • Type de canal
    N
  • Nombre d'éléments par puce
    1
  • Tension drain-source maximale (V)
    1200
  • Tension minimale de source barrière (V)
    18
  • Courant de drain continu maximal (A)
    56
  • Résistance maximale de source de drainage (mOhm)
    41@18V
  • Charge de barrière type @ Vgs (nC)
    63@18V
  • Barrière type pour drainer la charge (nC)
    15
  • Capacitance d'entrée type @ Vds (pF)
    2290@800V
  • Dissipation de puissance maximale (mW)
    300000
  • Temps de descente type (ns)
    11
  • Temps de montée type (ns)
    14
  • Délai type de mise à l'arrêt (ns)
    25
  • Délai type de mise en marche (ns)
    11
  • Température de fonctionnement minimale (°C)
    -55
  • Température de fonctionnement maximale (°C)
    175
  • Emballage
    Tape and Reel
  • Installation
    Surface Mount
  • Hauteur du paquet
    4.4
  • Largeur du paquet
    9.25
  • Longueur du paquet
    10
  • Carte électronique changée
    7
  • Onglet
    Tab
  • Nom de lemballage standard
    TO
  • Conditionnement du fournisseur
    TO-263
  • Décompte de broches
    8

Documentation et ressources

Fiches techniques
Ressources de conception