LQW31HN17NJ03L

Fixed inductors are electrical components that store energy in the form of a magnetic field. These inductors typically feature two lead connections and are used in a variety of electronics, including power supplies and power supply regulation. The LQW31HN17NJ03L fixed inductors are commonly used in the regulated DC/DC converter, switching regulator circuit, and feedback control circuit. The/DC power supply, voltage converter circuit, and choke coil circuit are also applications for the LQW31HN17NJ03L.

The LQW31HN17NJ03L is a powerful single-layer core, chip inductor, and it is built with a high operating frequency of up to 4 MHz. The inductance is rated at 0.16 µH, which makes it a great option for applications that require a high current rating (11A). It is also compatible with both automatic insertion and manual soldering. The external dimensions of the LQW31HN17NJ03L are 6.0 x 6.0 mm.

The working principle of an inductor is based on Faraday’s law, which states that a voltage is generated in an inductor when the magnetic flux through it changes. In the LQW31HN17NJ03L, this magnetic flux is created when current passes through the inductor. The flux will then induce a voltage, which will create a counter-emf (EMF). This counter-emf acts like a damper on the current, which limits the amount of current that can flow through the LQW31HN17NJ03L inductor.

The voltage generated in the LQW31HN17NJ03L can then be used in a variety of applications, such as stabilizing a voltage or slowing the rate that a current changes. Generally, the more current that passes through the inductor, the greater the voltage that will be generated. This means the LQW31HN17NJ03L is well-suited for applications requiring precise current control and voltage regulation. The LQW31HN17NJ03L can be used in both fully-differential and bridging topologies, as well as in wide bandwidth applications.

The LQW31HN17NJ03L is also well-suited for use in switch-mode power supplies. Switch-mode power supplies convert high-voltage AC power

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