BM60052FV-CE2

Isolators - Gate Drivers

The BM60052FV-CE2 is an isolated gate driver intended for high-side and low-side gate drive applications. It features both an isolated signal input and an isolated power supply, and can be used for high-side and low-side driver applications in a wide variety of applications. Its power supply has an operating range of 9 to 18V, and it can achieve a peak current output of 1A, allowing it to be used in a wide range of applications. This isolated gate driver is also designed to be extremely rugged, with a dielectric strength of over 2.8kV.

Application Field

The BM60052FV-CE2 gate driver is primarily used in automotive and industrial applications. It can be used in high-side and low-side gate drive applications, such as motor control, inverter control, switching power supplies, and converter circuits for DC to DC and AC to DC conversion. It is also suitable for a variety of automotive applications, such as fuel injection, transmission control, HVAC systems, and battery charging.

Working Principle

The BM60052FV-CE2 gate driver is an isolated gate driver that works by isolating the input and output signals from the power supply. It uses a transformer to isolate the output from the power supply, allowing for up to 2.8kV dielectric strength. This insulation provides additional isolation and protection from electrostatic discharge (ESD). Additionally, an internal sync circuit is used to ensure synchronization between input and output signals. The driver is also designed to reduce electromagnetic interference (EMI) while still maintaining high-speed operation. The driver features a wide operating range, allowing it to be used in a variety of different applications.

Conclusion

The BM60052FV-CE2 gate driver is an isolated driver designed for use in high-side and low-side gate drive applications. It features an isolated power supply, a wide operating range, and a high dielectric strength of over 2.8kV, making it suitable for a variety of automotive and industrial applications. It also features a synchronization circuit for improved signal integrity and reduced EMI, making it an ideal choice for a wide range of applications.