NX301112 Optoelectronics

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The NX301112 is an advanced product specifically designed for LED thermal management. This thermos-electric cooler operates through the Peltier effect and is one of the best solutions available in the use and control of heat generated from LED lighting. In addition to providing standard thermal solutions, this product gives manufacturers the ability to test and productize thermal management designs. This guide will provide an overview of the NX301112’s features, application fields and working principle.

Features of the NX301112

The NX301112 is capable of cooling temperatures ranging from 0°C to 25°C with a maximum heat flux rate of 24 W/m2. It has a power efficiency of up to 48%, which ensures low heat generation during operation and energy savings. The product also features a modular plug and play design, which allows designers to easily integrate the cooler into a variety of designs. This product also incorporates advanced heat removal technologies and has an ultra-low EMI, making it a perfect solution for a variety of applications such as LED lighting, medical equipment, and telecommunications.

Applications

The NX301112 is ideal for cooling LED lighting sources such as point lighting, linear lighting, or other luminaires. Due to its high efficiency and low heat generation, it is well suited for applications where temperature and power requirements are important. The product is also ideal for medical devices, such as diode lasers, where high power along with low energy consumption is important. Additionally, it is also well suited for telecommunications, where its ability to keep temperatures low and power efficient is beneficial.

Working Principle

The working principle behind the NX301112 relies on the Peltier effect. This denotes the conversion of heat into electricity and vice versa. This product does this through the process of thermoelectric cooling with the help of a Peltier device — also known as a thermoelectric cooler or a heat pump. The device works by passing electrical current through a Peltier device, thus causing a temperature differential across the device\'s two sides. This creates a heat flow that is dependent on the direction of the electrical current. This allows the device to cool and warm up as efficient as possible, thus keeping the required heat flux constant and at the desired level.

Conclusion

The NX301112 is an advanced LED thermal management product specifically designed to offer standard thermal solutions, as well as test and productize thermal management designs. Its features, such as its power efficiency and modular design makes it a great choice for applications requiring low thermal solutions, such as LED lighting, medical equipment, and telecommunications. Working off the Peltier effect, the NX301112 is capable of cooling temperatures ranging from 0 °C to 25 °C with a maximum heat flux rate of 24 W/m2.

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