UP2UC-331-R

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Fixed Inductors
Fixed inductors are the most basic type of inductor, typically consisting of a coil of insulated wire wound around a core. The core is typically made from a type of ferromagnetic material, such as a ferrite core, and may sometimes be referred to as a magnetically coupled inductor. The core material helps to provide the inductor with the necessary inductance. In addition to this, the core also helps to reduce undesired inductor losses.
The UP2UC-331-R fixed inductor is a high quality, low cost safety inductor, which is ideal for use in a variety of applications. This inductor is designed to provide high current operation as well as provide a small footprint. The UP2UC-331-R is particularly suited to motor applications, where the inductor is used as a filter to filter out high frequency transients.
 
The UP2UC-331-R is a 5.5µH fixed inductor with a rated operating voltage of 12 volts. The UP2UC-331-R also has an extremely low temperature rise of 0.25°C, ensuring that the inductor will function well in applications where temperature is a limiting factor. The inductor also features a maximum operating temperature of 125°C and a 10kHz operating frequency for efficient conversion.
Application Fields
The UP2UC-331-R is suitable for use in a variety of applications, such as power supplies, DC motor drives, AC motor drives, PWM motor drives, and solenoids. It can also be used in fuel injection systems, air conditioning systems, switch mode power supplies, and electric vehicles.
The UP2UC-331-R is particularly well suited for use in motor applications, where it can be used as a filter to filter out high frequency transients. This inductor can also help to reduce EMI and improve the overall performance of the system. The UP2UC-331-R is also useful for applications where high current operation is required, due to its low temperature rise.
Working Principle
Fixed inductors, such as the UP2UC-331-R, operate on the principle of Faraday\'s Law of Induction. This law states that a changing magnetic field will induce a voltage in a conductor. The UP2UC-331-R takes advantage of this law by utilizing a magnetically coupled inductor to generate an alternating current. This current flows through the inductor, inducing a corresponding voltage across the inductor.
The UP2UC-331-R utilizes a core material that is highly efficient in conducting magnetic fields. This helps to increase the current flowing through the inductor, and thus increase the amount of voltage generated across the inductor. The inductor also features a large number of turns on the coil, adding to the output voltage of the inductor.
The UP2UC-331-R also features a very low temperature rise. This helps to reduce DC resistance and inductance loss, ensuring that the inductor will be able to operate efficiently even under extreme temperatures. The high temperature rating also ensures that the inductor will be able to withstand the high operating stresses that occur in many motor applications.
The UP2UC-331-R is an excellent choice for applications where a high quality, low cost safety inductor is required. Its high current rating, small footprint, and low temperature rise make it an ideal choice for a variety of applications. Its operating frequency and efficiency ensure that it can provide the necessary performance required in any application.

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