国产日产免费高清欧美一区_日韩成人无码一区二区三区}_国产精品大神在线播放_精品aⅴ无码中文字字幕蜜桃91_2021国产麻豆剧传媒在线观看_日本高清视频一区二区三区在线_无码毛片免费视频播放_亚洲m男在线中文字幕_91人妻岛国视频免费看_人妻无码免费aⅤ电影

 
Press Center
 
Home About us Products Support Quality & Certification Career Contact us
• Power Management
    Linear Regulators
    Low Dropout Linear Regulators
    DDR Termination Regulators
    Shunt Reference Regulators
    Step Down Switching Regulators
    Switching Regulator
    Step-Up DC-DC Converter
    PWM Controller
    White LED Driver
    Supervisory Circuit
    Voltage Detection and System R
    USB Power Switch
    Power Factor Control
    Li-Battery Protection or Charg
    FET Bias Controllers
    Combo IC
    Inverting DC-DC Converter
• Amplifier / Comparator
    Audio Amplifiers
    Operational Amplifier
    Voltage Comparator
• Analog Switches
    Video Signal Switch
    Analog Multiplexers, Demultipl
• Hall ICs
• Special Application ICs
    Motor Controller IC
    Interface and Driver Circuit
    Telecommunication Circuit
    Melody IC
    Alarm /Sound Generator IC
    Remote Controller IC
    Television Circuit
    Leakage Current Detector
    Automotive IC
    A-D or D-A Converters
    Miscellaneous
    Radio and Cassette Recorder Ci
    Timer
    Mouse&Keyboard Controller
    Transient Voltage Suppressors
    Sense Monitor
    Video Filter
    ZCB snubber
• Logic
• TRANSISTORs
• MOSFETs
    JFET
    Power Mosfet
• TRIACs
• SCRs
• DIODEs
 
Home > Power Mosfet
UT3P06Z Datasheet
 P-CHANNEL LOGIC LEVEL ENHANCEMENT MODE

 

 

DESCRIPTION

 

The UT3P06Z employs advanced MOSFET technology and

features low gate charge while maintaining low on-resistance.

Optimized for switching applications, this device improves the

overall efficiency of DC/DC converters and allows operation to

higher switching frequencies.

 

FEATURES

 

* RDS(ON) 180 mΩ @ VGS=-10V, ID=-1.5A

RDS(ON) 240 mΩ @ VGS=-4.5V, ID=-1.5A

* Low Capacitance

* Low Gate Charge

* Fast Switching Capability

* Avalanche Energy Specified

About us  |  Products  |  Contact us
Copyright 2011 UTC All received