Allicdata Part #: | C60-075-VE-ND |
Manufacturer Part#: |
C60-075-VE |
Price: | $ 6.56 |
Product Category: | Fans, Thermal Management |
Manufacturer: | Ohmite |
Short Description: | HEATSINK FOR TO-247 TO-264 |
More Detail: | Heat Sink TO-220, TO-247, TO-264 Aluminum Board L... |
DataSheet: | C60-075-VE Datasheet/PDF |
Quantity: | 1000 |
25 +: | $ 5.90134 |
Series: | C60 |
Part Status: | Active |
Type: | Board Level, Vertical |
Package Cooled: | TO-220, TO-247, TO-264 |
Attachment Method: | Clip, Solder Foot |
Shape: | Rectangular, Fins |
Length: | 2.953" (75.00mm) |
Width: | 2.480" (62.99mm) |
Diameter: | -- |
Height Off Base (Height of Fin): | 1.610" (40.89mm) |
Power Dissipation @ Temperature Rise: | -- |
Thermal Resistance @ Forced Air Flow: | -- |
Thermal Resistance @ Natural: | -- |
Material: | Aluminum |
Material Finish: | Degreased |
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Thermal - heat sinks are a type of component used in the thermal management of electrical systems and provide the capability to manage heat generation due to current carrying components in an electrical system. The C60-075-VE is an example of a thermal-heat sink which has great potential applications due to its compact size and low-profile design. This product is a plate-fin heat sink that is ideally suited for applications requiring downward airflow, such as LED lighting and other low-profile applications.
The C60-075-VE utilizes a forced-air convection design to provide thermal management of LED lights, AC delivered components, and other high-power semiconductor devices. The unique physical design of the C60-075-VE incorporates a large number of radially distributed fin structures that provide a better accordance of flow within the device than conventional fins usually used in thermal-heat sinks. The optimized fin design creates a repeatable cooling environment that is suited for multiple products.
The C60-075-VE Heat Sink has a maximum power rating of 30W and a thermal resistance as low as 0.38°C/W when tested in an open environment and with an air flow of 100L/min. It is designed to be small for a product of its kind, measuring only 60 x 75 x 16mm. The C60-075-VE is provided with large mounting tabs, making it well-suited for various backplanes and other LED lighting configurations. The device can also be easily customized to meet the needs of specific customer applications, making it useful for a variety of applications. Additionally, the C60-075-VE has an easy-to-mount, single-piece design that makes it a cost-effective solution for thermal management.
The C60-075-VE Heat Sink utilizes a unique airflow configuration that takes advantage of the heat sink’s fin structure to provide long-term cooling performance. The airflow is managed using a combination of vertical and horizontal fins, which are arranged in such a way as to maximize the cross-sectional area available to the air. This airflow is then guided by a series of troughs designed to increase the rate of convection and reduce the pressure drop across the unit. The resulting effect is a low-pressure environment that allows for optimal conduction of heat energy away from the semiconductor devices.
The C60-075-VE Heat Sink is also designed to maintain its low-profile design and maintain the optimal airflow condition through its entire operating temperature range. By utilizing a reduced height, the C60-075-VE is able to be mounted in even the most space-constrained locations. The product is also equipped with optional end caps that can further decrease the size of the unit. Additionally, the C60-075-VE Heat Sink also features two thermistor mounting clips to measure the actual temperature of the heatsink.
Overall, the C60-075-VE Heat Sink is a very useful device for thermal management applications. It uses a unique design to maximize the cross-sectional area available to the air, and its low-profile design makes it suitable for various backplanes and other LED lighting configurations. The unit is also highly customizable to meet various customer requirements. Finally, it utilizes a combination of vertical and horizontal fins to maintain a low-pressure environment that allows for optimal conduction of heat energy away from the semiconductor devices, resulting in improved thermal management of the system.
The specific data is subject to PDF, and the above content is for reference