CAL45TB560K-1K

Fixed inductors are a type of electrical component that stores energy in an electromagnetic field, usually from an electric current. The CAL45TB560K-1K is designed to provide stable, reliable performance for applications that require the constant and steady release of energy, such as power converters, filters, and overload protection circuits. By controlling the size and shape of the copper core and windings, the manufacturer can create components with specific inductance properties required for a variety of applications.

The CAL45TB560K-1K is a fixed inductor with a 560uH inductance and 1k resistance. The core material is composed of a copper alloy, and the winding insulation is flame retardant for maximum safety. The device features a lead-free, sealed construction. It has a surge current rating of 10A and an environmental temperature range between –25 and +85°C. All components are RoHS compliant.

The working principle of a fixed inductor is based on the relationship between inductance and current. When a current enters the inductor, a magnetic field is established that opposes the current, producing a voltage drop across the inductor. This voltage drop is known as the back EMF, which stores energy in the current field. As the current increases, the magnetic field increases resulting in a rise in back EMF; and as the current decreases, the magnetic field weakens, lowering the back EMF.

The CAL45TB560K-1K is designed for a variety of applications, such as power converters, filters, overload protection circuits, inverters, and surge protectors. Power converters use the inductor to switch a direct current power supply to an alternating current output, while filters are used to reduce noise in a circuit. The device is also commonly used to provide overcurrent protection to prevent damage to components in a circuit. Inverters and surge protectors use the inductor to transform a low-voltage signal to a higher voltage signal.

The CAL45TB560K-1K is an efficient, reliable fixed inductor for a variety of applications. The high surge current rating, low environmental temperature range, and sealed construction make it an ideal component for applications that need a reliable and consistent source of energy. With its RoHS compliance, the device provides safe and compliant operation in a wide range of environments.