REC15-1205D/H3

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The REC15-1205D/H3 is a type of DC DC converters. It has a compact size and wide working temperature range, making it a perfect fit for many different engineering applications.

The REC15-1205D/H3 can provide a maximum of 18W of power with a typical efficiency of 95%. It has a wide range of input voltage from 5V-54V and output voltage of 3.3V, making it suitable for a variety of power regulation needs. The device also has integrated protection features such as over-temperature, current limit, input under-voltage lockout, and output over-voltage protection.

The REC15-1205D/H3 can work in a wide temperature range from -40C to +85C and can be applied in many industrial, medical, telecommunications and IT/Networking applications. It is designed to provide high efficiency, low heat dissipation, and high reliability. This makes the REC15-1205D/H3 an ideal solution for applications that require a robust, reliable and cost-effective power conversion device.

The working principle of the REC15-1205D/H3 is based on the well-known pulse-width modulation (PWM) technique. This technique uses an advanced control circuit and transistors to achieve high efficiency while generating low electromagnetic interference (EMI). The PWM controller monitors the feedback voltage and adjusts the conduction duty cycle of the transistors in response to changing load conditions. This ensures that the device can maintain excellent performance while keeping power losses to a minimum.

The REC15-1205D/H3 is an ideal choice for many applications such as wireless base stations, security equipment, automotive control, industrial automation and advanced robotic systems. It provides cost-effective power conversion with high reliability and excellent efficiency values.

In summary, the REC15-1205D/H3 is a robust, reliable, and cost-effective choice among DC DC converters. It has a wide range of input voltage, high efficiency and low EMI levels, making it an ideal solution for many different engineering applications. Its working principle is based on the well-known PWM technique, which ensures excellent performance while keeping power losses to a minimum.

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