ON Semiconductor NCP5181PG

NCP5181PG Overview
The 8-DIP (0.300, 7.62mm) package offers greater flexibility.Gate drivers is package in Tube case.There are 2 drivers installed for this device.Gate drivers is mounted in the way of Through Hole.Gate drivers is able to show Gate driverss superiorGate driversy on the basis of a supply voltage of 10V~20V.Gate drivers is designed wGate driversh a N-Channel MOSFET gate.This device is allowed to operate in a temperature range of -40°C~150°C TJ.Non-Inverting is used as the input type.It's configured with 8 terminations.Under its base part number NCP5181, various related parts can be found.Devices are mounted by Through Hole.Devices have 8 pins available.A voltage of 15V is required for its operation.The interface chip of the system is LINE DRIVER.Mosfet driver is possible for the output current to be as low as 2.2A.There are several useful electronic components within its subcategory MOSFET Drivers.Components with 8 pins are available.Max (Bootstrap) can be as high as 600V.Mosfet driver supports an output current of 2.2A.This device has a maximum power dissipation of 100mW, indicating that it is capable of reducing power loss without overheating.Mosfet gate drivers is recommended that you keep the supply current at 6.5mA in order to achieve greater stabilMosfet gate driversy.With its power supplies of 15V, it solves the problems of power supply for a variety of applications.As a result, a voltage of 620.3V is produced.This function has an input of STANDARD.

NCP5181PG Features
Embedded in the Tube package
2 drivers
Employing a gate type of N-Channel MOSFET
8 pins
High-side voltage - Max (Bootstrap) of 600V
Maximum power dissipation of 100mW

NCP5181PG Applications
There are a lot of ON Semiconductor NCP5181PG gate drivers applications.

Line drivers
RGB applications
Solar inverters
Isolated switch mode power supplies (SMPS)
Industrial Motor Inverter - Power Tools, Robotics
Broadcast equipment
Isolated Supplies for controller area network (CAN),
Commercial air-conditioning (CAC)
Automotive Applications
High-voltage isolated DC-DC converters