VLF302515MT-4R7M Inductors, Coils, Chokes

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Fixed inductors are an often-used device in the field of electronic and electrical engineering. They are also a type of induction components and have wide application in all types of electronic circuits. The VLF302515MT-4R7M is a type of fixed inductor applied in many application circuits, as it has compelling features that make it an ideal choice for use in many applications.

The VLF302515MT-4R7M has an inductance of 4.7 mH with a tolerance of ±30%. It also has a rated current of 350 mA and a saturation current of 500 mA. This small, high-inductance device is suited for use in low-frequency circuits, where high performance and efficiency are required. It has excellent frequency characteristics, temperature coefficient, and excellent dielectric insulation.

The rated temperature of the VLF302515MT-4R7M is 55°C. It can be used in high temperature environments as it is able to withstand high temperature conditions without any issues. It is also resistant to moisture and other environmental contaminants. All these features make the device suitable for a wide range of application fields. It is particularly suited for use in frequency and timing applications, such as the clock and data sampling circuits, resonant induction circuits, and switching power supplies. It can also be used in radio frequency circuit designs.

The VLF302515MT-4R7M works through the principle of inductance. When electrical current passes through the device, an electromagnetic field is generated, and this induces a current in the circuit. This current is proportional to the size of the inductor, and the rate at which it is generated is dependent on the rate of current passing through the device. The more current passing through the device, the greater the rate of induction, and the faster the inductor works.

The VLF302515MT-4R7M is a type of fixed inductor that is widely used in many application circuits due to its high inductance, high temperature tolerance, and excellent dielectric insulation. It works through a principle of inductance, where an electromagnetic field is induced when current passes through the device. This current is then used to achieve the desired results in the desired application field.

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