LPV1620-100ML

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Fixed inductors are an important part of virtually every electronic system, serving a variety of functions. One such inductor, the LPV1620-100ML, is often used in applications requiring low voltage operation, like many modern consumer electronics.

The LPV1620-100ML is a rectangular-shaped component consisting of a single core of ferrite and a winding of copper wire. The core is constructed from multiple laminations of ferrite and works to convert the magnetic field from the coil into an electrical field. The winding of copper wire adds additional impedance to help reduce power loss when the inductor is operating at low voltages. It also helps protect the device from electromagnetic interference.

The LPV1620-100ML is mainly used in low-voltage applications, such as cell phones, PDAs, and other handheld devices. It is available in various sizes to suit the specific needs of a given application. This makes the LPV1620-100ML a great choice for those who need a reliable, low-power inductor in a compact form factor.

As with other inductors, the LPV1620-100ML operates using Faraday’s law. This states that a changing magnetic field will generate an electric field, and vice-versa. When electrical current passes through the wire wound around the ferrite core of the LPV1620-100ML, a changing magnetic field is generated which in turn induces an electric field in the core. As the current flows through the coil, the magnetic field will continuously change, thus creating a continuous flow of electricity.

The LPV1620-100ML is rated for up to 100 milliamps at a voltage of 16 volts. At these ratings, the inductor is suitable for applications such as power supplies and digital circuits where low noise and power consumption are paramount. It is available with a variety of lead configurations which makes it suitable for a wide variety of uses.

The LPV1620-100ML is a great choice for those looking for a reliable low-voltage inductor. Its small size makes it suitable for use in tight spaces, and its robust construction and low-noise characteristics make it an excellent choice in applications where power efficiency is of the utmost importance.

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