HSLCS-CALCL-024

Series:	SynJet®
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LED Thermal Products

Thermal management of light emitting diodes (LEDs) devices has become increasingly important as LED technology has advanced. To exploit the full advantages of LED technology, various LED thermal products must be developed to ensure proper LED operation and system performance. HSLCS-CALCL-024 is one of these thermal products that is designed to provide optimal thermal management for LED systems.

HSLCS-CALCL-024 Application Field

HSLCS-CALCL-024 is designed for applications including automotive, avionics, medical, industrial, and consumer products. This thermal product provides efficient heat dissipation from LEDs and junction temperatures for proper LED operation. In addition to that, the HSLCS-CALCL-024 is designed to be low profile rectified thermoelectric modules, ideal for use in space constrained components or systems.

HSLCS-CALCL-024 Working Principle

HSLCS-CALCL-024 works as a responsible heat dissipation system by using thermoelectric technology. This technology utilizes a reversible solid-state cooling cycle, which involves a hot side and a cold side. In the HSLCS-CALCL-024, this technology utilizes a pair of semiconductor elements, P and N-type, perched between two plates. One plate is called the hot plate, and the other plate is called the cold plate. When electricity is applied, a heat flow is generated through the use of the elements and plates.The electrical current generates a flow of heat from the hot plate to the cold plate, eliminating the hot thermoelectric plate temperature. The amount of heat transfer is proportional to the amount of electrical current in the form of wattage. This is also known as the Seebeck effect. The heat dissipation is monitored by thermocouples and the power is regulated by a thermostat. This ensures that the LED junction temperature is kept from exceeding the maximum temperature rating for the LED device.In the operation of the HSLCS-CALCL-024, the thermoelectric element(s) is mounted on the hot side of the heat dissipating element. This allows for different heat transfer rates based on the various power ratings and temperatures. The cold side is then contacted to the LED device’s heat sink via heat transfer tape or other materials to ensure proper heat dissipation. The LED device is then powered up to start the cooling process.The HSLCS-CALCL-024 thermal product is designed for LED products that operate at a range of temperatures and require varying levels of heat dissipation. This means that the device must be able to effectively dissipate heat while still keeping the LED device within its specified temperature ranges. The HSLCS-CALCL-024 thermal product works to ensure that the LED device is kept cool and within its temperature range, thus ensuring overall optimal system performance.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description