RL875-332K

Fixed inductors utilizing induction coils have been used in a variety of applications for many years. In the fields of power electronics, radio circuit systems, and telecommunications, inductive components are common. In recent years however, their importance has increased due to the advent of highly efficient, high-power switching circuits, including those found in modern power supplies.RL875-332K is a fixed inductor developed by quality assurance company RGE for dynamically enhanced, high-efficiency designs. The component is designed with a wide array of applications and components, such as a radio frequency (RF) circuit, digital signal processor (DSP), and power systems, that require reliable power factor correction, along with increased efficiency.The device features dual construction with a single block structure, which allows for flexibility in board design and high packing density. The product also features a thin secondary coil that allows for low on-resistance and a fast response time. Furthermore, the component’s design allows for two-level winding, which helps decrease electromagnetic interference.The RL875-332K inductor is designed with a number of components, such as a primary inductor, toroidal core, shield, and a two differential windings, that all provide a combined performance benefit that increases efficiency and reduces power consumption. The primary inductor of the device produces a low inductance, which when paired with a precision resistor can yield stable power delivery performance over a wide range of input voltages. The inductor is then connected to the toroidal core, which is made of magnetic Ferrite that is magnetically coupled and concentrically arranged. This helps reduce the total energy losses. The shield acts as a shield to protect the winding from external magnetic fields, while the dual winding ensures precision power absorption and also helps reduce power loss due to increased capacitance.The RL875-332K also includes a self-resonant frequency (SRF) measurement, which can be used to measure the component’s operating frequency. It also includes an automatic current balance, which is used to measure and optimize the current operating range of the device. Additionally, the inductor has a maximum operating temperature of up to +125°C and a maximum inductance of up to 950uH.In summary, the RL875-332K is a high-performance, fixed inductor with dual construction that is designed for increased efficiency and reduced power consumption. The device utilizes a number of components in its design that, when combined, help reduce energy losses and provide a stable power delivery performance. Additionally, the component has a self-resonant frequency measurement, automatic current balance, and a maximum operating temperature of up to +125°C. All of these features make the RL875-332K an ideal solution for a variety of applications, including power electronics, radio circuit systems, and telecommunications.