BM60055FV-CE2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Isolators – Gate Drivers

An isolator, also known as a gate driver, is a specialized electronic component that allows the control of high-power circuits from a lower voltage, isolated local control plane. The BM60055FV-CE2 is one such device, that is specifically built to be used when switching Control plane voltages are DC signals.

The BM60055FV-CE2 provides electrical isolation between control and power planes, allowing the signal to be safely passed through to the controlled device without endangering any of the connected components. With built-in overvoltage and overcurrent protection, the BM60055FV-CE2 guarantees the safety of the equipment it controls.

Application Fields

One of the most popular applications for the BM60055FV-CE2 is in the automotive industry, where it is used to provide electrical isolation between control and power buses for engine control systems, airbag systems, and other vehicle safety systems. It is also used in LED lighting, renewable energy systems, such as solar and wind energy, and for several different industrial applications.

The BM60055FV-CE2 can also be used in medical equipment, where isolators are used as protective measures for patient safety. It is one of the most widely used isolators when it comes to these applications, and so is considered to be a reliable choice.

Working Principle

The BM60055FV-CE2 functions as an isolator by providing electrical isolation between two nodes. It does this by isolating the input and output paths, which creates a barrier between the two planes. In essence, the isolator provides impedance between two signals, allowing them to flow without interference.

The BM60055FV-CE2 is a voltage divider, meaning that it splits its own power input into two signals and uses the difference to create the required isolation. This is achieved by using two identical gain stages, each with their own resistor network. The signal is then divided by the two resistors in the output, resulting in the correct isolation voltage.

Additionally, the BM60055FV-CE2 contains an overvoltage and overcurrent protection feature that safeguards against any unexpected voltage surges on either side of the isolating network. This feature provides an additional layer of safety for the equipment being used.

Conclusion

The BM60055FV-CE2 isolator is an effective and reliable device for providing electrical isolation between control and power planes. It is a popular choice in a wide range of applications, such as in the automotive industry, LED lighting, renewable energy systems, industrial applications, and in medical equipment. It is a safe and reliable choice for applications that require electrical isolation.

The specific data is subject to PDF, and the above content is for reference