SV-LED-314E

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LED thermal products are a type of energy saving device, often seen in automotive applications such as headlights, dashboard and interior lighting, and automotive exterior lighting. The SV-LED-314E is designed to provide superior thermal performance and reliability for LED applications, providing superior light performance and energy efficiency while still meeting the customer\'s needs.

The SV-LED-314E consists of two separate components. The first is an Advanced Thermal Architecture (ATA) heat sink that utilizes an extended lifespan and advanced heat dissipation. This heat sink helps to dissipate the heat generated by the LED, which leads to a lowering of LED junction temperature. The second component is an integrated fan module that is designed to achieve low noise levels and excellent thermal benefits. The combination of these components helps to drastically reduce the LED’s junction temperature and improve the illumination of the LED.

When properly integrated into an LED system, SV-LED-314E can greatly improve the overall performance of the LED. It is an ideal choice for automotive, exterior lighting, landscape lighting, and other applications that require superior performance in Thermal management and illumination. The thermal design utilizes an extended lifespan, improved cooling, and low noise operation, providing seamless LED lighting integration.

The SV-LED-314E utilizes a two-stage working principle. The first stage works on the basis of thermoelectric cooling, while the second stage works on the principle of forced convection cooling. The thermoelectric cooling is achieved through the use of a heat sink and a forced air fan. The thermoelectric cooling helps to bring down the temperature of the LED, and the forced air fan helps to cool the air inside the heat sink. This, in turn, further lowers the LED junction temperature and help improve the lighting level.

The second stage utilizes a Peltier or Joule Pedal device to control the temperature of the LED. This device consists of two main components. The first component is a conductor that is placed between the LED and the temperature control device. The other component is an insulator material, such as a ceramic or diamond, which acts as an insulator between the conductor and the LED.

When current passes through the conductor, the Peltier or Joule Pedal device draws heat out of the LED and the heat sink. This helps to maintain the LED junction temperature and improve the performance of the LED. This principle is employed by some of the best-known LED lighting solutions, such as the Philips Lumileds.

The SV-LED-314E has proven to be an effective and reliable LED thermal product. It provides excellent light performance and energy efficiency, while still meeting the customer\'s needs. It is ideal for use in automotive, exterior lighting, landscape lighting, and other applications where superior performance in Thermal management and illumination is required.

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