MPM3515GQV-Z Power Supplies - Board Mount

MPM3515GQV-Z is a DC to DC Converter widely used for DC power supply applications. It is an integrated power module with high power density that supports wide input ranges and provides up to 36A of output current. The device is designed to convert input voltages of 8-40V to output voltages in the range of +2V to +58V with ±1% accuracy. It also supports a wide input voltage range of 180V to 420V and can regulate and convert voltages from both AC and DC sources.

MPM3515GQV-Z is a high current, non-isolated, synchronous buck converter utilizing MOSFET switching technology. The synchronous buck converter can achieve conversion efficiency of up to 97.3%, eliminating a large amount of potential energy loss associated with linear regulators. The converter features synchronous rectification which implements a higher efficiency, smaller size and lower electromagnetic interference (EMI) than traditional diode rectification.

MPM3515GQV-Z is capable of providing an adjustable current limit of up to 36A on the output side and a maximum output power of up to 1800W. The device can operate in a wide range of temperatures, from -40°C to +100°C, ensuring reliable performances in harsh environments. Additionally, it features a low quiescent current which does not require any external shutdown control, allowing it to be used in energy saving applications.

The device is equipped with a PMBus communications interface which allows for real-time monitoring and control of its dynamic performance. It also provides a range of protections against over-voltage, over-temperature, over-current, over-power, and short circuit protection for both input and output. The overload protection feature can further increase the device\'s level of reliability by limiting the amount of current that can be supplied to the output side.

MPM3515GQV-Z is widely used in a variety of industries and applications. It can be used in industrial automation, medical electronics, robotics, computer systems, automotive electronics, telecommunications, lighting systems, and more. Its wide input range and power capability makes it an ideal choice for applications requiring efficient and accurate power management.