HCM1707-220-R

Fixed Inductors are electronic components with inductance as a passive electrical component. HCM1707-220-R is one of the most popular fixed inductors in the market today, widely used in Industrial equipment, consumer electronics, test and measurement applications, automotive applications, telecommunications, military and aerospace applications.

HCM1707-220-R is an advanced technology that utilizes a printed process for winding the inductor with high accuracy, allowing increased power and performance without compromise. It is a high-performance and cost-effective solution for devices requiring high inductance current, low noise, and high current stability.

The working principle of the HCM1707-220-R is simple. The printed process allows for a very consistent and uniform dielectric layer around each winding, which forms a shielded, and highly efficient inductor. This reduces the interference from other nearby inductors and creates a much more uniform electrical field. The process also allows for more precise control of current and voltages, resulting in higher performance and reliability.

The internal construction of the HCM1707-220-R consists of a single-layer foam substrate, with a circular winding pattern. An insulating layer of dielectric is evenly applied to the substrate, so that the windings are secured and sealed. The winding pattern provides high frequency operation and high peak current handling capabilitie, while the dielectric ensures a tight shield around the winding.

HCM1707-220-R’s high thermal efficiency and minimum assembly costs make it a reliable choice for its intended application field. Its winding pattern and high power operation allow for higher power output and better efficiency in the medium and high frequency applications. The HCM1707-220-R is also suitable for applications requiring high inductance current, reduced noise, and high temperature stability.

Overall, the HCM1707-220-R fixed inductor is a reliable and powerful solution for a wide range of applications, due to its robust design and high performance. The printed process also ensures that the inductor maintains its performance even under tough operating conditions, making it a cost-effective solution for every application.