PF80381BX-000U-S99

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DC Fans are a circuit component used for cooling large electronic systems, often computer hard disks and graphics processors. Capturing and removing heat from components is key to extending their life and maximizing system performance.

The PF80381BX-000U-S99 is a DC fan specifically designed to rapidly cool a system utilizing high temperatures. The fan consists of an outer ring containing a brushless DC motor and an impeller that contains curved blades. The fan is powered by 12VDC and offers a maximum airflow of up to 58.6 CFM for reliable cooling.

In addition to its airflow rate, one of the key characteristics of the PF80381BX-000U-S99 is its operating sound level. This is because the fan has an operational noise level of less than 30 dB, ensuring quiet operation, even for installations such as home theater systems. The fan’s performance is also bolstered by an operating voltage range of 7.0V–13.2V.

The working principle of the PF80381BX-000U-S99 involves using two main components – the motor and the impeller. The motor drives the impeller, which is a kind of fan blade with curved edges designed to maximize air movement. When the motor turns the impeller, air is sucked in at the front and pushed out the back due to the force of the fan blades. This process ensures a continuous flow of air out of the fan, allowing heat to be quickly dissipated.

Due to its features, the PF80381BX-000U-S99 is well-suited for applications in high-performance electronics. It is particularly advantageous for use in small form-factor systems, such as all-in-one PCs, where space is at a premium. The fan is also suitable for cooling storage drives, as well as servers, routers, switches, and other networking equipment. Additionally, the fan can be used in high-end gaming systems for powering graphics cards and other components.

Overall, the PF80381BX-000U-S99 is the ideal DC fan for cooling systems with high temperatures. While it is sized to fit in tight spaces, its powerful motor and impeller blades ensure maximum airflow and heat dissipation, along with low noise levels. This makes it well-suited for a wide range of high-performance electronics applications.

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