4922R-48L

Fixed inductors, like all inductors, operate under the principle of electromagnetic induction. When a direct current (DC) flows through the inductor, it creates a magnetic field that induces a voltage in the inductor\'s windings. The variation in current and voltage creates a self-regulating, dynamic inductive effect. The indication of the magnitude of the inductance voltage that is generated in an inductor is based on its rated inductance value and its size.

The 4922R-48L inductor is a type of surface-mount fixed inductor. This series of inductors are comprised of high-quality ceramics, providing superior TCR and excellent self-heating performance. These inductors are made with a variety of sizes to suit different types of applications. The rated inductance values of the 4922R-48L series range from 120uH to 1000uH. Both shielded and unshielded versions of the inductors are available.

The 4922R-48L fixed inductors are typically used in power conversion, medical equipment, communication gear, energy management, and motor control applications. They are also typically used for EMI suppression, power output, and transformer winding applications. The inductors can handle high DC currents with high reliability and can operate in temperatures ranging from -40 to 85°C. The maximum DC current rating for the inductors is 1.5A, with a maximum working voltage of 10V.

The 4922R-48L fixed inductors are a robust and reliable way to mitigate noise and maintain current in power systems. Their high quality construction and wide range of sizes and inductance values make them suitable for a wide variety of applications. The inductors’ low profile, small size, and excellent thermal resilience allow them to be used in even the tightest of spaces. They are an ideal choice for applications where board space is limited and excellent power efficiency is needed.

In conclusion, the 4922R-48L fixed inductors are a superior choice for power conversion and noise suppression applications. They are of high quality and offer excellent thermal stability, a wide range of sizes and inductance values, and a wide working temperature range. With their low profile and small size, they are ideal for board space-restricted systems.