MIC2585-2JBTS-TR

Introduction

MIC2585-2JBTS-TR is a high-performance hot swap controller IC particularly designed for the management of two bus systems. By utilizing advanced power-saving techniques and buck-boost simultaneous operation, the MIC2585-2JBTS-TR is able to provide complete protection for critical systems, by monitoring and managing power supply voltages, enhanced system safety and excellent system efficiency. In addition, MIC2585-2JBTS-TR also provides a wide range of power window monitoring, power sequencing and board power supply capacities, to ensure system reliability.

Application Field

As a hot swap controller IC, the MIC2585-2JBTS-TR can be used for the management of two bus systems. It is suitable for a wide range of applications, such as server systems, telecom systems, medical systems, automotive systems and industrial systems. Its advanced power-saving techniques and buck-boost simultaneous operation to minimize power losses and enhance system efficiency.

Working Principle

The MIC2585-2JBTS-TR has an integrated buck-boost converter that ensures the supply voltage is up to its rated value, while boosting the input voltage. When the application places a load on the system bus, its integrated “power window” monitors the bus voltage to maintain voltage stability, and control supply voltage to the load current. It also provides up to three power sequencing channels for various different supply voltages. In addition, it has an adjustable overtemperature protection to detect and prevent over-temperature condition. Finally, it provides overcurrent, overvoltage and undervoltage protection to ensure system reliability.

Conclusion

The MIC2585-2JBTS-TR is a high-performance hot swap controller IC specially designed for the management of two bus systems. It combines advanced power-saving techniques and buck-boost simultaneous operation to minimize power losses and enhance system efficiency, while providing wide range of power window monitoring, power sequencing and board power supply capacities, as well as adjustable overtemperature protection, overcurrent, overvoltage and undervoltage protection to ensure system reliability. It is suitable for a wide range of applications, such as server systems, telecom systems, medical systems, automotive systems and industrial systems.