IR21363JPBF Overview

The 44-LCC (J-Lead), 32 Leads package offers greater flexibility.Tube represents the packaging method.Gate drivers incorporates wGate driversh 6 drivers for Gate driverss configuration.Surface Mount is the way in which it is mounted.When the supply voltage is 12V~20V it is able to demonstrate its superiority.There is a gate type of IGBT, N-Channel MOSFET in this design.The allowable temperature range that this device can be operated in is -40°C~150°C TJ.Mosfet driver uses Inverting as Mosfet drivers input type.There are 32 terminations to form the base of its configuration.The base part number IR21363JPBF refers to a number of related parts.Mounting the device requires Surface Mount.A total of 44 pins are available on the device.The device is specifically designed to operate at 15V volts.In the maximum case, the output current can be 350mA volts.In this subcategory of MOSFET Drivers, there are numerous useful electronic components.There can be a voltage up to 600V on the high-side (Bootstrap).This device supports a current output of 200mA at the output.The maximum power dissipation of 2W shows its maximum capability to transfer and conduct power loss without overheating.With its power supplies of 12/20V, it solves the problems of power supply for a variety of applications.A voltage of 620V is output by this device.Using unique technology, FLOATING LOAD DRIVER; UNDER VOLTAGE LOCKOUT CIRCUIT can also be provided.

IR21363JPBF Features

Embedded in the Tube package
6 drivers
Employing a gate type of IGBT, N-Channel MOSFET
44 pins
High-side voltage - Max (Bootstrap) of 600V
Maximum power dissipation of 2W
FLOATING LOAD DRIVER; UNDER VOLTAGE LOCKOUT CIRCUIT

IR21363JPBF Applications

There are a lot of Infineon Technologies IR21363JPBF gate drivers applications.

• PCMCIA applications
• Pulse transformer drivers
• Isolated Supplies for controller area network (CAN),
• Portable computers
• Multicolor LED/laser displays
• Video amplifiers
• Isolated Gate Driver Supplies
• Broadcast equipment
• Active filtering
• Power factor correction (PFC) circuits