NS10145T5R6NNA Inductors, Coils, Chokes

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An Fixed Inductor, also called an inductor, is a passive two-terminal electrical component used to store energy in a magnetic field. This form of energy storage has a wide range of applications including the line of inductors known as the NS10145T5R6NNA.

The NS10145T5R6NNA inductor is a high performance, fixed inductor designed for applications up to 20 MHz. The inductor is constructed from high-density, high-permittivity ceramic material and is designed with a small size in mind. It is capable of providing very stable inductance across a wide temperature range, and is also capable of handling high currents up to 2.13 A. Its size is quite compact, only measuring 1.5 mm H x 6 mm W x 4.5 mm L.

Fixed inductors are used in various circuits and devices. This includes power supplies, signal filters, clock oscillators, high frequency switching circuits, and radio frequency interference suppression. In these types of applications, an inductor can be the key component in an AC or DC circuit. It is used to regulate the current and voltage levels, protect against overcurrent, and reduce radio frequency interference.

The working principle of the NS10145T5R6NNA inductor is simple. When electrical current is passed through the inductor, a magnetic field is created around it that stores the energy from the current. This stored energy is then released in two forms: either as a transient response to abrupt changes in voltage or current, or as a continuous output at a steady rate. The operating voltage of the NS10145T5R6NNA is 2.13 volts and can be operated at temperatures ranging from -55°C to +125°C.

The NS10145T5R6NNA is an ideal choice for applications requiring a high stability over temperature, wide operating range, and low EMI. It has excellent tolerance characteristics and can be used in high temperature, high power, and high frequency applications. This small, effective inductor is perfect for use in cellular phones, Wi-Fi systems, power supplies, digital audio players, and other modern-day devices.

The NS10145T5R6NNA inductor is a fixed inductor designed for applications up to 20 MHz. It is a compact device that is capable of providing high performance with low EMI. The inductor is constructed from high-density, high-permittivity ceramic material and is designed with a small size in mind. It is capable of providing very stable inductance across a wide temperature range and is also capable of handling high currents up to 2.13 A. This form of energy storage is commonly used in various circuits and devices as it is able to regulate the current and voltage levels, protect against overcurrent, and reduce radio frequency interference.

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