LXDC2HL1DA-087 Power Supplies - Board Mount

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DC (Direct Current) to High-Voltage Low-Current (DC-HVLC) converters are an essential part of energy systems and are used in a variety of energy applications. In the case of the LXDC2HL1DA-087 series, these DC-HVLC converters have improved efficiency and performance, making them ideal for high-power applications. They offer a wide range of power levels, from small 0.1W to large 8W outputs, all in a small, compact package.

In terms of its applications, the LXDC2HL1DA-087 series is ideal for any application requiring efficient transfer of DC-HVLC power, including DC motor speed drives, power supplies, motor controllers, and general circuit protection. The range of power levels make the converters suitable for a wide variety of applications, from low-power embedded to high-power logic applications. The device can also be used in high-voltage applications, offering superior protection for sensitive circuits and components.

The LXDC2HL1DA-087 provides several advantages over traditional DC-HVLC converter designs. In terms of efficiency, the DC-HVLC converter offers high efficiency due to its novel Step-Down current configuration, which boosts the output voltage while reducing the current draw, providing up to 84% efficiency. This translates into a significantly lower power loss, increasing the efficiency of the application even further. Additionally, the LXDC2HL1DA-087 DC-HVLC provides the advantage of a low-profiles design and is capable of operating in conformal coating environments.

In terms of its workings, the LXDC2HL1DA-087 features a unique dual-stage topology which allows the converter to reduce the voltage level of the input signal in an efficient manner. The first stage consists of a high-frequency DC/DC buck converter, which is responsible for reducing the input time and running frequency. The second stage is a low-droop linear regulator, which is responsible for reducing the voltage level and maintaining a relatively constant output voltage level.

The dual-stage topology is complemented by a number of optimization features, including a high-frequency switching time, wide input voltage range, programmable output current limit, small footprint, and integrated current limit circuitry. The high loop gain, fast transient response, current mode control, and wide input voltage range make the LXDC2HL1DA-087 an ideal converter for active power supply systems. Additionally, the converter utilizes a proprietary automatic frequency compensation (AFC) algorithm, which provides improved performance and minimized power consumption for a wide range of loads.

In conclusion, the LXDC2HL1DA-087 DC-HVLC converter series provides an all-in-one solution for efficient, high-power applications. It offers a range of power levels from 0.1 to 8W, and allows for efficient transfer of power from a DC-HVLC battery or power source. The device also offers a wide range of optimization features, such as high loop gain, fast transient response, current mode control, and integrated current limit circuitry. Additionally, the unique dual-stage topology and proprietary AFC algorithm provide superior performance and minimized power consumption for a wide range of loads.

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