LAP02TAR68K

Fixed Inductors

A fixed inductor, or ‘inductor’, is an electronic component that stores and releases energy in the form of magnetic field. It is widely used in consumer, industrial, and military applications. The LAP02TAR68K is a type of fixed inductor used for Next Generation NATO applications.

The LAP02TAR68K inductor is a high-performance device which provides reliable performance in applications with currents up to 150 Amperes and temperatures between -40°C and +125°C. It is made up of two copper windings, which work together to store energetic currents. The inductor also has a protective coating of passivation or resin to prevent corrosion and thermal degradation.

The LAP02TAR68K fixed inductor utilizes the Lenz’s Law effect whereby an induced current is created when a conductor moves within a magnetic field. As the current flows through the copper windings, a magnetic field is created which is stored in the inductor. When the required storage capacity is reached, a voltage is induced in the inductor, which can then be used to power a device.

In addition to its use in Next Generation NATO systems, the LAP02TAR68K inductor is ideal for use in consumer applications including LED lighting, digital audio, and motor control. Its robust construction makes it ideal for use in harsh environments such as automotive and industrial applications, as well as military and aerospace equipment.

The LAP02TAR68K inductor is a high-performance device which provides high efficiency, reliability, and low losses at high temperatures. It is also designed with low ESR, which reduces temperature rise and allows for extended operation at elevated temperatures. The inductor is also designed to meet stringent military standards such as MIL-L-17801 and Mil-L-23890.

The LAP02TAR68K inductor is widely used in applications where high current and power is required. It is capable of providing reliable performance in systems with peak currents up to 150 Amperes and temperatures between -40°C and +125°C. The robust construction of the inductor also makes it ideal for use in challenging applications, such as automotive and industrial, as well as military and aerospace equipment.