IHLD3232HBER150M5A

Fixed Inductors

Inductors are various types of electronic components used to store energiy in a magnetic field when current is applied, and to oppose any changes to the current. Fixed inductors use loops of conducting material, such as copper, often with an additional core material such as iron, to form an inductor.Inductors come in all shapes and sizes, and can come in either surface mount or through-hole form. They vary in their material composition, design, physical size, and value of the inductance, among other characteristics. The IHLD3232HBER150M5A is a type of fixed inductor.The IHLD3232HBER150M5A is a surface mount Inductor, measuring in at 3 x 3.2 x 2.5mm. It features a ferrite core, and has a rated current of 150mA, and an inductance value of 530nH. It has a resonance frequency of 2.5GHz and a DC resistance of 0.4Ω. The rated voltage is 30V DC and it has a capacitor quality factor (Q) of 2.0.The IHLD3232HBER150M5A is mainly used in battery-powered applications, such as smartphones, connected home devices, and wearable devices. With its low profile, small size, and low losses at high frequencies, it is a great choice for applications that require high efficiency and reduce space constraints. In addition, it has a high saturation current due to its ferrite core, allowing greater current load capacity and better heat dissipation.The IHLD3232HBER150M5A also has a wide range of small signal filtering applications. It can be used in amplifiers, to reduce noise, and in power supplies, to reduce the amount of EMI. It can also be used for frequency control in oscillators.The working principle of a fixed inductor is fairly straightforward. When a current passes through the core of an inductor, it creates a magnetic field. This magnetic field is proportional to the current flowing through the inductor. This magnetic field induces an opposing voltage, which opposes changes to the current. This opposing voltage is known as an inductive reactance, and it accounts for the inductor’s ability to store energy. As the current through the inductor decreases, the magnetic field collapses, releasing the stored energy and inducing an opposing voltage until the current reaches zero.