Datasheet4U Logo Datasheet4U.com

LD1010D - High Performance N-Channel POWERJFET

General Description

The Power JFET transistor from Lovoltech is a device that presents a Low Rdson allowing for improved efficiencies in DCDC switching applications.

Key Features

  • ™ Trench Power JFET with low threshold voltage Vth. ™ Device fully “ON” with Vgs = 0.7V ™ Optimum for “Low Side” Buck Converters ™ Optimized for Secondary Rectification in isolated DC-DC ™ Low Rg and low Cds for high speed switching www. DataSheet4U. com ™ No “Body Diode”; extremely low Cds ™ Added Fast Recovery Schottky Diode in same package.

📥 Download Datasheet

Datasheet Details

Part number LD1010D
Manufacturer Lovoltech
File Size 657.77 KB
Description High Performance N-Channel POWERJFET
Datasheet download datasheet LD1010D Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
LD1016H 16 Channel Constant current LED Driver LDT
LD101WX1-SL01 TFT LCD Module LG
LD1030 DFB Transmitter OSA OEpic
LD1041 Sunlight Readable 10.4 LCD Display LiteMax Electronics
LD1083 7.5A Low Dropout Positive Regulator HOTCHIP

Other Datasheets by Lovoltech

Part Number Description
LD1010DA High Performance N-Channel POWERJFET
LD1014D High Performance N-Channel POWERJFET
LD1003S High Performance N-Channel POWERJFET

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
PWRLITE LD1010D High Performance N-Channel POWERJFETTM with PN Diodes Features ™ Trench Power JFET with low threshold voltage Vth. ™ Device fully “ON” with Vgs = 0.7V ™ Optimum for “Low Side” Buck Converters ™ Optimized for Secondary Rectification in isolated DC-DC ™ Low Rg and low Cds for high speed switching www.DataSheet4U.com ™ No “Body Diode”; extremely low Cds ™ Added Fast Recovery Schottky Diode in same package Description The Power JFET transistor from Lovoltech is a device that presents a Low Rdson allowing for improved efficiencies in DCDC switching applications. The device is designed with a low threshold such that drivers can operate at 5V, which reduces the driver power dissipation and increases the overall efficiency.