ER1025-17JM

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The ER1025-17JM is a fixed inductor of the ER Series. It is characterized by its low resistance and chokes off unnecessary frequency components, making it suitable for a wide range of applications that require high-frequency suppression.

The ER1025-17JM is a non-magnetic, ceramic-core, through-hole coil. It is constructed with two plates that form the core and the end caps, which are placed together with a special adhesive to ensure high reliability and stable performance. The core is made out of ceramic, which is highly resistant to heat and shock, allowing the inductor to be used in extreme temperatures. The end caps are made out of a baked epoxy resin, providing the inductor with excellent durability.

The inductance of the ER1025-17JM can be adjusted using an external capacitor, making it a particularly suitable choice for applications that require an adjustable inductor. This type of inductor is ideal for applications that require high-frequency suppression, such as high-efficiency power supplies or other electronic systems that require the suppression of high-frequency noise.

In addition, the ER1025-17JM has a low resistance, making it a suitable choice for high-current applications. The low resistance ensures high efficiency and a stable performance, allowing the inductor to operate reliably in high-current applications. This also makes it a suitable choice for applications that require a high-current inductor with a low resistance.

The working principle of the ER1025-17JM is based on the principle of induction. It works by inducing a current in a coil when a varying magnetic field is applied to it. This current can then be used to create a secondary magnetic field, which in turn can be used to do work. The inductance of the ER1025-17JM can be adjusted by changing the amount of current through the coil.

The ER1025-17JM is a suitable choice for a wide range of applications that require stable, high-current operation. It is also a suitable choice for applications that require high-frequency suppression, making it a versatile option for different situations. This type of inductor is particularly well-suited for applications in power supplies or other electronic systems that require effective high-frequency suppression.

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