MIL2510-46K

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Fixed inductors are widely used in the fields of electronics, communications, and industrial automation. The MIL2510-46K is a type of fixed inductor that is primarily used in applications that require high-frequency signal transmission.

The MIL2510-46K inductor is a three-terminal part, comprising a spiral-wound coil, a ceramic core, and a shield. The device is designed to provide optimal performance on both high-frequency and radiating electromagnetic pulse (EMP) applications. It is also suitable for use with any microcontroller or logic circuit. The MIL2510-46K’s features make it suitable for applications with up to 10 MHz frequency signals. Its low-profile characterizes it as well, making it applicable in access-limited spaces, as in embedded systems.

The MIL2510-46K inductor is encased in a plastic-casing, with a 0.2mm wire-length tolerance. Its construction is tightly wound, which helps prevent any parasitic inductances from forming, and keeps the signal- as well as power-transfer pure. The device also has a large capacitance, making it suitable for high-frequency signal transmission. At the same time, its impedance rises as the frequency rises, making it perfectly suitable for use in EMP applications.

The MIL2510-46K inductor has a maximum operating temperature of 120° Celsius, with a recommended temperature of 105° Celsius. Its insulation resistance is rated at 30MOhms, and it has a stable accuracy rating. This is quite impressive for a device of its size and versatility. The inductor is also quite strong, featuring a build quality of over 10lbs, which makes it wind-tolerant and resistant to handling.

The working principle of the MIL2510-46K inductor is fairly straightforward. By passing alternating currents through the winding of the inductor, it creates an electromagnetic field that stores signals, power, or an EM pulse. The stored energy essentially “blocks” the signal from being transferred away from the device, and through the core it is released allowing the device to efficiently transfer signals. This is why it is so effective in both high-frequency signal transmission, and for EMP applications.

Overall, the MIL2510-46K is a highly versatile and capable inductor that can be used for a variety of applications. Its versatility makes it particularly suitable for high-frequency signal transmission and radiating electromagnetic pulse applications. Its tight-winding feature and high capacitance ensure that signals and currents pass through it cleanly, and its temperature-tolerant build make it suitable for long-term usage. It is a powerful device with excellent construction andaccuracy ratings, making it the ideal choice for anyone looking to use fixed inductors in their projects.

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