• Part: XTR2N0500
  • Description: High Temperature 35V P-Channel Power MOSFET
  • Category: MOSFET
  • Manufacturer: EASii
  • Size: 630.51 KB
Download XTR2N0500 Datasheet PDF
EASii
XTR2N0500
XTR2N0500 is High Temperature 35V P-Channel Power MOSFET manufactured by EASii.
FEATURES - Minimum BVDSS =-40V. - Allowed VGS range - 5.5V to +5.5V. - Operational beyond the -60°C to +230°C temperature range. - Low RDS(on) o XTR2N0525: 2.3 Ω @ 230°C o XTR2N0550: 1.1 Ω @ 230°C - Maximum Peak ID: o XTR2N0525: 5.3 A @ 230°C o XTR2N0550: 11.7 A @ 230°C - On-time (td(on)+tr): o XTR2N0525: 26 nsec @ 230°C o XTR2N0550: 31 nsec @ 230°C - Off-time (td(off)+tf): o XTR2N0525: 76 nsec @ 230°C o XTR2N0550: 91 nsec @ 230°C - Ruggedized 3-lead TO257, 8-lead side brazed DIP and 8-lead gullwing flat pack with e PAD. - Also available as tested bare die. APPLICATIONS - Reliability-critical, Automotive, Aeronautics & Aerospace, Downhole. - DC/DC converters, power switching, motor control, power inverters, power linear regulators, power supply. PRODUCT HIGHLIGHT High-current Shunt Regulator Rlim1 Rlim2 VOUT XTR2N0525 XTR2N0550 Cout R1 R2 DESCRIPTION XTR2N0500 is a family of 35V P-channel power MOSFETs designed to reliably operate over a wide range of temperatures. Full functionality is guaranteed from -60°C to +230°C, though operation well below and above this temperature range is achieved. Fabricated in a Silicon-on-Insulator (SOI) process, XTR2N0500 family parts offer reduced leakage currents while providing high drain currents and low RDS(on). These features allow XTR2N0500 parts to be ideally suited for switching and linear applications. XTR2N0500 family parts have been designed to reduce system cost and ease adoption by reducing the learning curve and providing smart and easy to use features . Parts from the XTR2N0500 family are available in ruggedized 8-lead side brazed DIP and 8-lead gull-wing flat pack with e PAD. Parts are also available as tested bare die. DC-DC Converter Rbt Cpvin Cbt PWM Control & Driver XTR2N0525 XTR2N0550 Rsense Lout Resr VOUT Cout1 Cout2 ORDERING...