RL855-103K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors refer to components whose inductance is fixed, and are usually made of wound core coils made of thin copper wire. One such inductor is the RL855-103K, which is a lead-free, surface-mountable, high temperature resistor, suited for extended use in applications such as low-frequency signal processing, DC-DC converters, and RF amplifiers. The main features of this inductor are its high-quality construction, low profile 1.0mm height, maximum current handling of 1.25A, and operating temperature range of -40 to +125°C

Application Field

The RL855-103K enables designers to create solutions for a broad range of applications, from automotive, avionics, and industrial to consumer-level electronics. This inductor can be used in signal processing circuit designs, where very small capacitive loads are often required, as well as in power supply and filter circuits. Other applications include choke coil for switch mode power supply circuits, EMI filter and energy storage inductors for automotive and power adapters, and voltage regulator modules.

Working Principle

Fixed inductors works by storing energy in a magnetic field, when a current flows through the inductor the magnetic field is established. When this current is removed, the field collapses, producing a voltage to oppose the change in current. This is the principle of inductance, and it is this principle which makes the RL855-103K such a valuable component.

The RL855-103K is able to tolerate extreme temperatures without sacrificing performance or reliability. This ensures system stability and provides designers with the peace of mind knowing that the component will work reliably in even the toughest environments. Additionally, its low self-resonance frequency makes it suitable for circuit designs which require the ability to filter out high-frequency noise and interference.

The RL855-103K has been designed to meet the highest standard of reliability and quality, and has a very compact size, making it ideal for a wide range of applications. Its negligible saturation current, high current handling capability, and high dielectric strength make it suitable for use in very high-current applications.

The specific data is subject to PDF, and the above content is for reference