MIC2587-2YM

The MIC2587-2YM is a hot swap controller specifically designed for telecom and datacom applications. It is based on CMOS technology and has a logic-level voltage range of 4.5 to 8.5 volts. This device is capable of controlling bar-coded power converters with a wide dynamic range and thermal protection. It also provides over-voltage, current limit, and thermal protection for hot inserted or replaced power supplies to system loads.

The MIC2587-2YM has an internal soft-start function. It is capable of limiting the current during start-up and reducing input power surges. This device also provides a reverse current blocking feature which prevents devices inserted into the slot from back feeding the power source. Additionally, the MIC2587-2YM has an on/off logic output to control a P-channel MOSFET.

The MIC2587-2YM operates in three basic modes. The first mode is an on/off control mode with the on/off input driven logically high or low. The second mode is a constant voltage with current limit control mode. The third mode provides an over-current limit control for hot swap inserts or replacements. This device is protected against short circuit conditions and has an active reset with an input frequency of 16 kHz.

The MIC2587-2YM has a voltage monitor input that can be used to monitor overload situations or regulate the supply voltage. In addition, this device has fault protection and alert features that provide diagnostic signals in the case of any over-temperature, over-voltage, or over-current condition. This device has an adjustable hysteresis range and provides a digital readback to confirm the status of the power supply.

The MIC2587-2YM can be used in a wide variety of applications. It can be used in telecom applications to monitor and protect power subsystems, as well as to provide a safe and reliable hot-swapping of system loads. This device can also be used in datacom applications for remotely controlled power switches, as well as for remote power supplies with current sensing.

The MIC2587-2YM is a highly efficient device that is capable of protecting the system from over-voltage, over-current, and over-temperature conditions. It is also capable of providing a soft start and current limiting, as well as reverse current blocking. This device provides a reliable and robust power supply monitoring and protection solution for telecom and datacom applications.