LAL04NA101K

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Fixed inductors have a variety of applications and are constructed in a variety of configurations. A bold example is the LAL04NA101K fixed inductor, which is a surface-mountable component featuring a loose-tape and reel packaging providing enhanced PCB mounting convenience, combined with good performance characteristics and easy assembly. The LAL04NA101K series has a tape and reel configuration designed to improve the assembly time, allowing for a much easier manufacturing process.

This inductor also offers good performance and low EMI characteristics. It has a high inductance to resistance ratio, allowing users to get the most out of their circuit design. The LAL04NA101K also offers a low self-resonance frequency that helps reduce interference and boosts overall performance. Additionally, this inductor has tight tolerances, helping maintain precise control over frequency, power levels, and electrical characteristics.

The LAL04NA101K performs excellent under high temperature and the low ESR ensures that it will not be affected by heat cycles. It also has high temperature rating, up to + 125°C, making it resistant to high temperature environments. The inductance range is 0.15 to 1500 μH, making it suitable for a wide range of applications.

In terms of applications, LAL04NA101K is used in a wide range of industries, from consumer and industrial electronics to computers and telecommunications. It is commonly used in a number of applications where a small size inductor is required. Some examples include the use of LAL04NA101K in power supplies, DC-DC converters, and filter circuits.

The working principle behind the LAL04NA101K is simple. It simply consists of a loop of wire that stores electrical energy. This energy is created when current flows through the wire. As this current changes, the magnetic field created by the current changes as well, which results in a variation of the voltage across the capacitor. This voltage has an inversely proportional relationship with the current and the coil\'s inductance. The inductor then acts as a buffer, storing the energy created within the loop.

Therefore, the LAL04NA101K is an excellent example of a fixed inductor. It is a small, surface-mountable component that offers good performance characteristics and low EMI and has a high temperature rating. It has a high inductance to resistance ratio and a low self-resonance frequency, which helps reduce interference and boost overall performance. Additionally, this inductor is used in a wide variety of applications, such as power supplies, DC-DC converters, and filter circuits. Finally, the working principle behind this inductor is based on the concept of storing energy within a loop of wire when current is applied.

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