ASPI-0504-4R7M-T

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Fixed inductors are important components for many electronic circuits, they are used to store and transmit electric charge. The ASPI-0504-4R7M-T is an excellent example of a fixed inductor. It is a 4.7 uH high current surface mount inductor. This inductor has an overall diameter of 5.0 mm, which makes it convenient to use in small space designs. The product has a 20% tolerance on inductance and can handle up to 1.9amperes of current.

The ASPI-0504-4R7M-T has a wide range of applications including switching power supplies, switched-mode power supplies, motor control circuits, and LED lighting drivers. It is suitable for power lines that use either alternating or direct current. The inductor can also be used in computer and telecommunications equipment as well as RF circuits.

The working principle of the ASPI-0504-4R7M-T is quite simple. It works by providing a magnetic field caused by the current flow in a conductor. When the current flow is interrupted, the magnetic field collapses, producing a voltage that helps to maintain current flow in the circuit. This process is known as induction. The inductor stores energy in the form of a magnetic field, which can then be used to create an electrical current. This is why inductors are often used in power conversion circuits.

The ASPI-0504-4R7M-T is well suited for many power-related applications. It has a low profile design, which makes it easy to use in dense spaces. It is also resistant to vibration, which is beneficial for circuit designs that are subject to environmental vibration. Moreover, the high current rating of this inductor makes it suitable for applications that require high current handling. Its high flux density also makes it an excellent choice for applications that require a high level of efficiency.

In conclusion, the ASPI-0504-4R7M-T is a high quality product that is well suited for many applications, including switching power supplies, motor control circuits, and telecommunications equipment. The product has a wide range of features that make it suitable for both high current and low current applications. Its magnetic field is able to produce a voltage that helps to maintain current flow. This makes it an excellent choice for power conversion circuits. It is also resistant to vibration and has a high flux density, which allows for a higher level of efficiency.

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