SDI150-48-UC-P51

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The SDI150-48-UC-P51 is an AC DC Desktop, Wall Adaptor that is specifically designed for applications such as servers, routers, storage, point of sale and retail devices, uninterruptible power supplies, test and measurement, and renewable energy applications. It is a high performance and reliable product that provides high quality power solutions for a wide range of applications.

The SDI150-48-UC-P51 is designed to provide reliable power to a wide range of devices. The output voltage is adjustable from 0 to 48V and is designed to support a wide range of applications. It is also designed to operate in temperature ranges from -20 to 70 ℃ with excellent power and thermal stability.

The SDI150-48-UC-P51 is designed to operate in previously hazardous areas such as in presence of dust or combustible materials, which makes it ideal for use in places such as hospitals, aerospace, or industrial sites. It is also designed to provide improved safety measures with the help of embedded fail-safe circuits such as OCP, OVP, OTP, OPP, and SCP.

The SDI150-48-UC-P51 utilizes a high efficiency, high speed switching topology that enables it to provide high-quality power solutions. It features an environmentally friendly zero voltage switching low noise design and is compact and lightweight.

The SDI150-48-UC-P51 also features overload, overvoltage, and short circuit protection. The overload protection prevents mechanical and thermal damage to the device due to excessive current. The overvoltage protection prevents damage from large current pulses and major voltage surges. The short circuit protection ensures protection to the device in the event of shorting.

The SDI150-48-UC-P51 is a reliable AC/DC Desktop, Wall Adaptor that is designed to provide high performance power solutions for applications such as servers, routers, storage, point of sale and retail devices, uninterruptible power supplies, test and measurement, and renewable energy applications. It utilizes a high efficiency, high speed switching topology that enables it to provide reliable power and features an environmentally friendly zero voltage switching low noise design. It also provides improved safety measures with the help of embedded fail-safe circuits and features overload, overvoltage, and short circuit protection.

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