MLG0402Q4N7HT000

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Fixed inductors (previously known as chokes) are a form of electrical component used primarily to produce a desired electrical characteristic without relying on any type of mechanical motion. They are used in many applications, such as power supplies, communications systems, consumer electronics, and many other areas. The MLG0402Q4N7HT000 is a fixed inductor specifically designed to provide low current levels and features a surface mount design with very small dimensions. In this article, we will look at the MLG0402Q4N7HT000 application field and working principle.

The MLG0402Q4N7HT000 is a surface-mount, four-terminal fixed-inductor that can be used in a number of applications from wide-band communications systems to distributed power supplies. This component can be found in radio-frequency and high-frequency devices, and also in cellular phones, pagers, and cordless phones. The low-profile design and small size are ideal for handheld devices or any application that is sensitive to size constraints.

MLG0402Q4N7HT000 Application Field

The MLG0402Q4N7HT000 has a wide variety of applications in many different types of systems. In distributed power supplies, this component is often used as a component for filtering or noise reduction. It is also used to improve signal-to-noise ratios, reduce or eliminate crosstalk, and reduce harmonic distortion. In communications systems, the MLG0402Q4N7HT000 can be used as an impedance-matching network to ensure signals are sent and received with minimal distortion.

The MLG0402Q4N7HT000 can also be found in consumer electronics applications, where it is used as an inductor and a filter to ensure that signals are sent and received with minimal distortion. The MLG0402Q4N7HT000 is also ideal for RFID and NFC applications, where its high-frequency characteristics make it suitable for these types of systems. In addition, this component is also used in the automotive industry, where it can provide inductive currents for sensors and switches.

MLG0402Q4N7HT000 Working Principle

Fixed inductors work by collecting an electric current from a given source and generating a magnetic field around itself. This magnetic field induces a current in a coil, creating a magnetic field around the coil. This magnetic field is then used to create an electrical current in the coil, and it is also used to produce an electric field, which is then used to produce the desired effect. The MLG0402Q4N7HT000 uses this same principle, providing an inductance value of 4.7nH at 100kHz and a maximum rated current of 1.2A.

The MLG0402Q4N7HT000 operates by using self-induction, where a current starts to flow from a source, such as an AC generator, through the inductor. As the current flows, a voltage is generated across the inductor, which produces a positive or negative electromotive force. This EMF opposes the current flow and tends to slow it down, creating a ripple effect. This phenomenon is used to filter, shape, and control electrical signals throughout various systems.

The MLG0402Q4N7HT000 is designed to handle low currents, and has been tested to operate reliably in temperatures ranging from -40°C to +125°C. The component also features a maximum voltage rating of 16V and a low DC resistance of 0.12 ohm. This makes it an ideal choice for applications that require efficient and reliable current filtering.

Overall, the MLG0402Q4N7HT000 is a highly reliable and efficient fixed inductor with a wide range of applications, from consumer electronics to distributed power supplies and communications systems. With its simple design and extremely small size, it is ideal for a range of applications where space is limited. With its ability to provide an EMF to oppose and slow down the flow of current, the MLG0402Q4N7HT000 is an excellent choice for many types of systems that require current filtering and noise reduction.

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