LYT4217E2

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The LYT4217E2 is a PMIC product - AC DC converter, offline switcher - developed by Linear Technology, a leading developer of semiconductor and linear products. This product is designed to convert an AC power source into a DC output, providing improved power efficiency and protection from overloads. It also offers a wide range of output characteristics and voltage levels, supporting a variety of AC and DC loads.

The LYT4217E2’s internal circuitry consists of a power exchange and protection circuit, integrated rapid thermal protection, frequency detection and automatic frequency-shifting capability, a summing amplifier with selectable voltage references, and a power output circuit. These components allow the device to accurately sense current and voltage levels, quickly react to faults, and regulate the power output in a variety of conditions.

The LYT4217E2 is designed to accept up to a 264 VAC input, with a power factor of up to 0.99. This high-efficiency input stage, combined with a peak current capability of 135A, allows the device to support applications with intense power spikes and long time intervals. Output voltage and current can be externally adjusted for a wide range of applications.

The protection and control functions of the LYT4217E2 include a fault detector, overload and surge protection circuits, inrush current limiters, and thermal regulation circuits. These features provide safety and reliability to applications such as industrial motor drives and UPS systems. The device also features an independent standby mode that allows full operation while the main input is off, enabling the user to use the device as a UPS system.

The LYT4217E2 is a highly efficient and reliable solution for AC to DC conversion applications. It provides an accurate and stable power output, with improved power efficiency and overload protection. Its wide range of features and operating conditions make it suitable for a variety of applications, including motor control, UPS systems, motor drives and portable power systems.

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