08025KA-12N-AL-00

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DC fans come in different sizes and power specifications. Each fan type has a unique application field, as well as specific working principles. The 08025KA-12N-AL-00 is one such fan type. It is a high-performance, sleeved bearing fan, and features a 120x120x25mm frame size with a 0.25A current and 0.15A locked rotor current at 12V. Its thermal resistance is 0.28°C/W, and its airflow is 109CFM.

The 08025KA-12N-AL-00 is most commonly used for computer cases and desktop chassis, providing efficient cooling solutions. It is an all-purpose fan; its’ thermoplastic construction, ball bearing design, and low noise level make it ideal for use in many applications. It is typically used in high-reliability applications, temperature-sensitive or static-sensitive applications, and areas with high vibration and EMI requirements.

The fan has a brushless DC motor which operates on direct current. This type of motor consists of the following components: a rotor made of permanent magnets, a stator comprised of copper windings, a pair of bearings to support the rotor, and a fan shroud. The rotor spins due to the interaction of the stator windings alternating magnetic fields, which causes a force to be exerted on the permanent magnets. The rotation speed of the fan is determined by the frequency of the applied current.

The fan is usually controlled with an external power supply, along with an adjustable speed controller and various other electronic components. The speed controller works by allowing a small amount of current to pass through the windings on the stator, which causes the magnets to turn at different speeds. The speed is then adjusted by changing the amount of current passing through the windings. The controller also allows the fan to be turned on or off, and in some cases, the fan speed can be programmed.

The 08025KA-12N-AL-00 is ideal for high-performance and reliable cooling applications. Its thermoplastic construction, ball bearing design, and adjustable speed controller make it a great choice for many applications. With its low noise level and highly reliable performance, it can be used in a variety of different within temperature-sensitive, static-sensitive, and high-vibration areas.

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