IPS80R2K0P7

A new benchmark in efficiency and thermal performance
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IPS80R2K0P7
IPS80R2K0P7
データシート

Product details

  • ID (@25°C) max
    3 A
  • ID max
    3 A
  • IDpuls max
    6 A
  • Ptot max
    24 W
  • Qgd
    4 nC
  • QG
    9 nC
  • QG (typ @10V)
    9 nC
  • RDS (on) max
    2000 mΩ
  • RDS (on) (@10V) max
    2000 mΩ
  • RthJA max
    62 K/W
  • RthJC max
    5.1 K/W
  • Rth
    5.1 K/W
  • VDS max
    800 V
  • VGS(th)
    3 V
  • Package
    IPAK short leads
  • Pin Count
    3 Pins
  • Budgetary Price €/1k
    0.3
  • Operating Temperature
    -55 °C to 150 °C
  • Mounting
    THT
  • Polarity
    N
  • Special Features
    price/performance
OPN
製品ステータス
インフィニオンパッケージ
パッケージ名
包装サイズ
包装形態
水分レベル
モイスチャーパッキン
鉛フリー
ハロゲンフリー
RoHS準拠
Infineon stock last updated:
800V CoolMOS™ P7 superjunction MOSFET series is a perfect fit for low power SMPS applications by fully addressing market needs in performance, ease-of-use and price/performance ratio. It mainly focuses on flyback applications including adapter and charger, LED driver, audio SMPS, AUX and industrial power.   This new product family offers up to 0.6% efficiency gain and 2°C to 8°C lower MOSFET temperature compared to its predecessor as well as to competitor parts tested in typical flyback applications. It also enables higher power density designs through lower switching losses and better DPAK R DS(on) products. Overall, it helps customers save BOM cost and reduce assembly effort.

機能

  • Best-in-class FOM R DS(on) * E oss; reduced Qg, C iss and C oss
  • Best-in-class DPAK R DS(on) of 280mΩ
  • Best-in-class V (GS)th of 3V and smallest V (GS)th variation of ± 0.5V
  • Integrated Zener diode ESD protection up to Class 2 (HBM)
  • Best-in-class quality and reliability
  • Fully optimized portfolio

利点

  • 0.1% to 0.6% efficiency gain and 2°C to 8°C lower MOSFET temperature as compared to CoolMOS™ C3
  • Enabling higher power density designs, BOM savings and lower assembly cost
  • Easy to drive and to design-in
  • Better production yield by reducing ESD related failures
  • Less production issues and reduced field returns
  • Easy to select right parts for fine tuning of designs

用途

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