UP5-471-R

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

Fixed inductors are important components in electronic circuits, and UP5-471-R is one of them with a certain application field and working principle. It is a general purpose molded wire wound chip inductor, performed in a compact surface mount case.

UP5-471-R offers a wide range of inductance values from 1nH to 470nH with tolerances of ±20%. It also features high Q factor, superior current handling capability and low magnetic radiation and hence widely used in conditions with radiation. With its advanced JIS grade 2 material, it ensures excellent solderability and low DC resistance.

In terms of application fields, UP5-471-R is popularly used in a variety of general electronics, e.g. power supply, DC-DC converter, PDA, notebook computer, PDP TV, portable Electronics, etc. It can also be used in EMC filters, switching power supplies, HF stages, XDSL, TD-SCDMA, WiFi, WiMAX, GPS, etc.

The working principle of UP5-471-R lays in Faraday’s law of electromagnetic devices. It states that when a conductive wire turns throughout a magnetic field, an electric field forms. This shifting electric field will periodically induce current flowing through wire. And this phenomenon is known as Self Induction. The electric current in the conductive wire causes a magnetic field, known as Self Inductance, which in turn interacts with the incoming magnetic field. The strength of the energy induced in the wire is determined by the size of the original magnetic field.

The UP5-471-R comes with a wide range of terminal arrangements such as wire-winding, straight-lead, Kinkless terminal, etc. It also features an excellent temperature stability and it is efficient in shock and vibration withstanding. Besides, its self shielding structure ensures a low external magnetic field.

From the features described above, we can conclude that UP5-471-R is quite a powerful fixed inductor. Its wide range of inductance values, superior current handling capability, plus tolerance and environmental stability make it a popular choice when it comes to electronic applications. It is an ideal component for EMC filters, XDSL, WiMAX, etc. for its low magnetic radiation, efficient shock and vibration resistance, and low DC resistance.

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