TYS252012LR47N-10

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Fixed Inductors refer to electro-magnetic components in electric circuit that have a fixed inductance. Generally, they are widely used in radio frequency filters, resonant circuits, high frequency circuits and impedance matching circuits. The TYS252012LR47N-10 is a high performance Fixed Inductor. It is usually employed in power electronics, computer motherboards and other printed circuit boards.

The TYS252012LR47N-10 is a surface mount device with a case size of 10.16 x 10.16 x 5.21mm. The inductance value is 47uH, while the rated current is 1.2A and the saturation current is 2.15A. The mounting height is 3.5mm after applied with a temperature of -40℃ to + 70 ℃. The temperature stability is usually between ±30% and ±50% between the same temperature range. The DCR value is 0.09 Ohm Max.

The TYS252012LR47N-10 utilizes a ferrite core and is designed for surface mounting technology. It is RoHS compliant with a minimum insulation voltage of 100 Vac. The packaging type is reel to meet the demands of automatic placements. The surface finish is lead-free which means that it is safe for humans without any potential harm. Additionally, the TYS252012LR47N-10 has an excellent self-resonance with high efficiency.

From a physical standpoint, the TYS252012LR47N-10 consists of two coils with a core inside, which is what creates the inductance. As an external current flows, the magnetic core creates a magnetic flux. This magnetic flux interacts with the coils to generate an EMF (electro-motive force). The generated EMF induces a current in the coils, which is known as the inverse current or counter EMF. The magnitude of this current is equal to the original current, in keeping with Lenz’s Law. This creates an opposition to current change, thus making the inductor an energy storing device.

The TYS252012LR47N-10 is primarily used in applications where the requirement of power conversion efficiency is critical. It is well suited for use in DC/DC converters, synchronous rectification circuits, and power switching circuits. It is also often utilized in resosonant circuits that require high current ripple, power supplies, and motor drives. In addition to these applications, it can also be used in audio frequency and telecommunication frequency filters and oscillating circuits.

Overall, the TYS252012LR47N-10 provides a reliable solution for its application field and working principle. It features an impressive working temperature range, steady inductance, and wide voltage saturation range. It is also highly resistant to shock and vibration, and is designed for use with automatic placement equipment. Finally, the TYS252012LR47N-10 provides excellent performances in power electronics, computer motherboards, audio filters and oscillating circuits.

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