CDRH127/LD-4R6NC

Fixed Inductors

The CDRH127/LD-4R6NC is a fixed inductor, with its application field, working principles and design features having been categorised in detail in the following sections.

Application Field:

The primary field of application for the CDRH127/LD-4R6NC is in high-end audio equipment. The inductor can be used in a variety of audio circuits and can be designed to best fit the requirements of professional and consumer transmitters and receivers. The CDRH127/LD-4R6NC can also be used in many other applications, including microwave circuits, power converters, digital filters and signal switching systems.

Working Principle

The working principle of the CDRH127/LD-4R6NC is based on its included inductors, which have been scientifically designed so that they are able to maintain a steady current flow at normal or increased frequencies. This allows it to be used in audio equipment as a component that helps to regulate the signal, minimize distortion, and reduce background noise. Additionally, the inductors are designed to help provide a clear, accurate sound quality at higher frequencies, reducing the chance of unwanted feedback and other sound-based interference.

Design Features

The design features of the CDRH127/LD-4R6NC are its low leakage inductance and strong linearity characteristics, which result in minimal signal distortion and decreases the chances of sound-based interference. Additionally, the inductors inside the CDRH127/LD-4R6NC are self-shielded, meaning that they are able to eliminate interference from adjacent components and other circuits. The inductors are also designed to provide increased performance at high frequencies, which helps to reduce phase shifts and other sonic distortions.

The CDRH127/LD-4R6NC also includes a unique multi-layer construction, which allows for increased manufacturing flexibility and improved performance. This design feature provides advantages such as reduced field sensitivity, reduced operability losses and increased efficiency. It also helps to reduce the level of heat generated, allowing the inductor to operate at higher temperature and power levels.