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Parts by Number for MOSFET Switch Top

Part # Distributor Manufacturer Product Category Description
TDA21201-B7 National Microchip Infineon Technologies Not Provided SWITCH MOSFET/DRIVER TO263-7-2
STS4DPF30L ASAP Semiconductor ST Not Provided Power MOSFET switch(dual)
TPS2033P National Microchip Texas Instruments Not Provided IC MOSFET SWITCH HOTSWAP 8-DIP
02701445 PLC Radwell Hydac Not Provided HYDAC MOSFET SWITCH PCHANNEL (NTE2371)
PN4117A National Microchip Fairchild Semiconductor Not Provided MOSFET SWITCH N-CHAN TO-92
MMBF4393 National Microchip Fairchild Semiconductor Not Provided MOSFET SWITCH N-CHAN SOT-23
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Conduct Research Top

  • Determining MOSFET Driver Needs for Motor Drive Applications
    . Switch Reluctance. 1.20. 24 VDC. 37.5. NG. 94. NA. NA. 1.8. 15,000. AC Induction. 2.00. 230 VAC. 10.0. 65.0. 79. 0.81. 1.15. 3.0. 3450. DS00898A-page 2. 2003 Microchip Technology Inc. AN898. MOSFET OR IGBT, WHAT'S BEST. The key difference seen in these two equations for. FOR YOUR APPLICATION?. power
  • Using NEC Optocouplers as Gate Drivers in IGBT and Power MOSFET Applications
    switching (tPLH/ tPHL = 0.5µs max). MOSFET/IGBT gate charge, based on the desired switch-. · ). ing frequency to turn on and off the MOSFET / IGBT. Large operating voltage range (VCC­VEE = 15­30 V). Qg. · Built-in UVLO (Under-Voltage Lock Out) function. VO. 2.PS9552Overview. · High instantaneous common
  • Modeling of SOI FET for RF Switch Applications
    concludes the. MOSFET switch to replace the pHEMT switch for its low. paper with a summary. cost as well as its natural capability to have the controller. integrated on the same die. It has been known that,. II. MODELING OF A SWITCH. because of its limited high-voltage (HV) isolation from the. In our
  • Using Low Resistance MOSFETs as Load Switches
    To conserve battery power and increase operation time in portable equipment, MOSFET switches are commonly used as 'load switches' or 'power saving switches' to disable sections of a system when they are not required (Figure 1). MOSFETs are normally used due to their low resistance and ease
  • Large-Signal Characterization and Modeling of MOSFET for PA Applications
    . Large-Signal Characterization and Modeling of MOSFET for PA Applications RTUIF-28. Large-Signal Characterization and Modeling of MOSFET for. PA Applications. Sunyoung Lee and Tzung-Yin Lee. Skyworks Solutions, Inc. 5221 California Avenue, Irvine, CA 92617. Abstract -- This paper presents
  • ESD Considerations for SOI Switch Design
    on thin film. breakdown of the SOI technology. According to TLP silicon can only sustain a very small amount current of. characterization results, the gate of a pHEMT device can ~10mA/um before it is damaged or destroyed. easily sustain 50V+ ESD transient voltage. The oxide of the. 2.5V MOSFET
  • Switch Mode Power Supply (SMPS) Topologies (Part I)
    . IOUT. (A). VIN. +. -. IL. D1. VOUT. (B) Q1GATE. t. (C). V. V. L. IN - VOUT. t. -VOUT. (VIN - VOUT)/L. (D). IIN. t. -VOUT/L. IL2. (E). IL IL1. t. (A) = Buck converter. (B) = Gate pulse of MOSFET Q1. (C) = Voltage across the Inductor L. (D) = Input current IIN. (E) = Inductor current IL. CONTINUOUS
  • Considerations for Driving Power MOSFETs in High-Current, Switch Mode Regulators
    , Switch Mode Regulators AN786. Driving Power MOSFETs in High-Current, Switch Mode Regulators. Author: Abid Hussain,. Q. Microchip Technology, Inc. G. QGS. QGD. QOD. DRIVING THE MOSFET. The low on-resistance and high current carrying capability of power. MOSFETs make them preferred switching

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