BM60016FV-CE2

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The BM60016FV-CE2 is an isolation gate driver IC that interfaces two independent power sources that are isolated to one another. It is a dedicated gate driver IC that can be used to drive two low side N-channel MOSFETs, two high side N-channel MOSFETs, or one N-channel MOSFET. As an isolator gate driver, the BM60016FV-CE2 is designed to provide isolation between two circuits in order to protect one from the other.

The BM60016FV-CE2 operates in a wide range of working modes, including Burst, linear, Pulse and Pulse with Latch, which can maintain a steady peak current from DC to a maximum frequency of 1MHz. This flexibility allows for a wide range of applications, such as power supplies and motor driver applications. It is also capable of acting as a flying capacitor driver to provide the necessary levels of current for efficiently driving the motors without the need for additional inductors.

The BM60016FV-CE2 also features a low power dissipation and a low operating voltage which makes it suitable for driven applications where there is low power consumption and high efficiency. Additionally, the IC can be used in low side, high side, or direct drive applications, depending on the operating voltage. It can be configured in push-pull mode or single ended input/output mode and the current can be set using an external resistor.

The BM60016FV-CE2 works by using PWM inputs to control the motor or power supply components driving it. The voltages on the inputs are then transferred into a voltage output which is then used to control the shift of the power components. Depending on the mode of operation, the output voltage can range from a low voltage level to a high voltage level in order to adjust the current flow.

BM60016FV-CE2 is an isolator gate driver IC that can be used in a wide variety of applications. It provides isolation between two circuits in order to protect one from the other, and its wide range of working modes make it suitable for driving the components of a power supply or motor driver application. Additionally, its features of low power dissipation and low operating voltage make it suitable for efficient driving of the components while avoiding the requirement for additional inductors.

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