AQ1051N8S-T Inductors, Coils, Chokes

Fixed inductors are a type of electronic component that use an electric current to generate a magnetic field. This magnetic field is typically used to store energy in a practical form that can be used for various applications. The AQ1051N8S-T is one example of a fixed inductor, which is predominantly used in automotive, telecommunications, lighting, navigation, and safety applications.The AQ1051N8S-T is a radial lead, small and compact, surface-mount inductor with a power range of 1.3 watts. It is commonly used in implementations such as DC-DC converters and circuits with high-frequency applications, where power is not easily satisfied. This powerful fixed inductor features a shielded construction with a low-profile design that increases space efficiency in high-density circuit designs.The AQ1051N8S-T features a flat appearance, which increases the ease of mounting and board space efficiency. Additionally, it is also RoHS compliant and has a thermal resistance of 0.4 °C/W。The working principle of the AQ1051N8S-T fixed inductor is based on Faraday’s law of induction, which states that whenever a current flowing in a conductor is changing, it induces a magnetic field around it. This magnetic field generates an electric current in the windings of the inductor and opposes any changes in the current. This creates an impedance, or opposition to current, which is referred to as inductance. The AQ1051N8S-T’s inductance value is 0.47μH and its DC resistance is 0.73 Ohms.In addition to providing an impedance that restricts the current from changing, the AQ1051N8S-T is also capable of storing energy. Once the current stops flowing, the energy stored in the magnetic field will be released. This provides an effective way to regulate the current, as the inductor will absorb any sudden changes in the current.The AQ1051N8S-T fixed inductor is ideal for a variety of automotive, telecommunications, lighting, navigation, and safety applications. Its low-profile design, low temperature coefficient, and shielded construction make it an exceptional solution for high-frequency circuits with limited space requirements. Its ability to store energy helps regulate and protect current from any sudden changes, making it an invaluable component for those applications where reliable performance is essential.