L-14C15NJV4T

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The L-14C15NJV4T is a high-performance fixed inductor that enables engineers and designers to create high-quality inductive components for their applications. Its construction from proprietary materials ensures it has the ability to withstand high levels of current to meet the demands of power densities and other environmental conditions. The inductor is especially designed to fit into tight spaces, making it ideal for automation, control, and power applications.

Application Field:

The L-14C15NJV4T is suitable for a wide variety of applications, from consumer electronics and automotive, to communication systems, industrial control, and data/signal transmission. This highly reliable and cost-effective inductor is suitable for applications that require a current capacity of up to 50A. Moreover, it can be used in harsh environments and in many other settings where there is the potential for high temperatures and high power density thanks to its superior thermal design and low ESR (Equivalent Series Resistance).

The inductance accuracy of the L-14C15NJV4T fixed inductor is impressive, with respect to its tolerance and susceptibility to high temperature and humidity. Also, this inductor is great for applications that require a good linearity, enabling engineers to create circuits that respond accurately to input changes, even in noisy environments.

The L-14C15NJV4T can also perform in higher voltage applications, such as those in electric vehicle applications, allowing designers to lower the current levels for the same power rating and thus saving costs in the long run. The patented body frame and shell combination also reduce thermal resistance compared to other conventional inductors.

Working Principle:

The L-14C15NJV4T is a fixed inductor composed of a ferrite core with a copper wire coil wrapped around it. It is typically used as a type of electric current-limiting device, based on Lenz\'s Law that states that an electric current flowing through a magnetic circuit produces a back-emf in the opposite direction. This device works by creating a magnetic field in response to the AC signals within an electrical circuit, inducing a back-emf that limits the current. On the other hand, the amount of inductance can be changed by varying the number of turns in the coil.

The magnetic field produced by the L-14C15NJV4T fixed inductor can absorb energy and store it in the form of a magnetic field. This means that the emitted energy can be used for other applications, such as providing power to circuits or amplifying electrical signals. This helps to reduce or moderate the amplitude of changing voltages and currents, as well as reduce the total amount of power loss in the form of heat.

The L-14C15NJV4T fixed inductor is also very robust and reliable. Its construction involves a proprietary material to ensure higher power density, reliability, and better thermal performance during operation. This allows for higher ripple current and surge current without any external heatsinking required. As a result, the L-14C15NJV4T is one of the best performing fixed inductors available on the market, given its high accuracy, low ESR, and excellent environmental resistance.

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