B82498F3181G000

Fixed Inductors

A fixed inductor, sometimes referred to as an inductor, is an electrical machine that stores energy in the form of a magnetic field produced by a coil. It is an essential component in virtually all electrical and electronic circuits. There are two basic types of fixed inductors: resistive and inductive. The most common type of fixed inductor is the resistive variety, which usually contains a of metal conductors and usually operates on the principle of self-induction.

B82498F3181G000 is a type of fixed inductor. It is a non-polarized, axial self-inductance resistor for general purpose use, commonly used in power supplies, audio, computer and communication applications. It is an ultra-high temperature device designed for a temperature range of -55°C to +125°C. The B82498F3181G00 is is designed for high stability requests and is typically used for power amplifier applications.

B82498F3181G00 Applications:

B82498F3181G00 is used in a variety of applications, such as:

• Power supplies
• Audio amplification
• Computer applications
• Communication applications

The B82498F3181G00 is also used in industrial automation and robotics for precise voltage control. It is used in control systems to reduce the amount of voltage drop due to the resistor. B82498F3181G00 is also widely used in the medical field and the automotive industry.

Working Principle of B82498F3181G00

The B82498F3181G00 is an ultra-high temperature device designed to function over a range of -55°C to +125°C. It has a core made of a non-magnetic material, such as ferrite or other ceramics, surrounded by windings of metal conductors. These windings act as coils and when a voltage is applied across them, a magnetic field is created. This magnetic field is then used to produce the desired output voltage, thereby acting as a fixed inductor.

The resistor is self-inducting and creates a voltage drop or resistance to the flow of energy, reducing the ability of the resistor to carry current. When the voltage across the resistor is increased, the current passing through it also increases, creating a self-induced voltage drop. This is known as self-induction and is used to reduce the voltage across the component, creating a more stable output voltage.

The B82498F3181G00 has a highly efficient design, resulting in lower power dissipation compared to other types of fixed inductors. It also has a high heat-dissipating feature, reducing the risk of thermal damage and helping to maintain a more stable voltage output.