LNK6415D

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LNK6415D is an offline energy-saving switcher AC DC converter that helps to reduce energy consumption, improve system reliability and conform to international energy efficiency directives. This converter is often used in applications such as LED lighting, automotive, industrial and telecom applications. It is successful due to its high power density, superior power efficiency and versatile features for improved system reliability.

The device is capable of supplying output currents up to 1.5A and incorporates a variety of features. An integrated 5x2 input filter eliminates the need for an expensive external filter, while allowing operation with high input voltages. It also contains a valley-fill algorithm with adjustable switching frequency and a temperature compensation feature, allowing the system to dynamically adjust the switching frequency to optimize efficiency while minimising audible noise.

The LNK6415D utilizes a high-performance, cost-effective PWM controller IC, providing excellent transient response and packaged in a 20-pin 5x3 small outline package (SOP). It provides a high EMI tolerance and can sustain high operating temperatures up to +85°C. On-board features help reduce the total system BOM cost, enabling the development of small, low-cost solutions.

The device has multiple protection features, including over-voltage, under-voltage, over-temperature and short-circuit protection. It also has an active burst mode operation, allowing maintained system efficiency during light load conditions and standby mode, allowing the converter to power down on light load conditions and saving power.

The LNK6415D is a highly-integrated AC DC converter, combining multiple features into one small package for energy-saving applications in industrial and automotive applications. Its high power density, superior power efficiency and diverse features help improve system reliability and reduce costs. Its various protection features help ensure a reliable and safe operation, making it a great choice for demanding applications.

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