Golden Eagle Inductance Coils: Precision Coils Developed And Produced for All Global Brands You Know – Like Now

Golden Eagle Inductance Coils: Precision Coils Developed and Produced for All Global Brands You Know – Like Now

Do you know Paxton, JEP, TDK? We develop and produce precision inductance coils for all global brands you’re familiar with, and have long exported to over 20 countries. Awesome!

Why can Golden Eagle collaborate with so many high-end brands? Why can Golden Eagle maintain long-term cooperation with these brands? Why has Golden Eagle established decades of friendly partnerships with these high-end brands and jointly planned future development?

When I first joined Dongguan Golden Eagle Electronics Co., Ltd., I was worried about my future upon seeing its modest facility and small team. I comforted myself with the thought of "making the best of where I am." However, after getting to know the company, I realized we must never judge by appearances. During the training period, I reviewed the company’s monthly reports—specifically the sales data—and was amazed to see that almost all clients listed were international first-tier brands, with exports to over 20 countries. What’s more, these major clients don’t place orders sporadically; instead, they maintain large, long-term, and stable partnerships with us, Dongguan Golden Eagle Electronics Co., Ltd. I began to feel grateful for staying in this company.

Since its establishment, Dongguan Golden Eagle Electronics Co., Ltd. has remained focused on being an integrated electronic components factory specializing in R&D, design, production, and sales. We primarily produce various precision and micro-type inductance coils, providing clients with high-quality products and dedicated service. We develop and manufacture precision inductance coils for all global brands you know, and have long exported to over 20 countries. Amazing, amazing, amazing!

Working Principle of Inductance Coils

Inductance coils operate based on the principle of electromagnetic induction. When current flows through a conductor, it generates an electromagnetic field around the conductor. This field interacts with the conductor itself and other nearby conductive wires within the induction range. The interaction of the electromagnetic field with the conductor’s own current is called self-induction—that is, a change in the conductor’s current creates a changing magnetic field, which in turn affects the current in the conductor. The interaction with the electromagnetic field of other conductors is called mutual induction.

Resistors, capacitors, and inductors all exhibit opposition to the flow of current signals in a circuit, known as impedance. For inductance coils, the inductance value (denoted by the letter "L") represents their opposition to changing current signals. Sometimes, inductance coils are called "inductors" or simply "coils." The number of turns in the wound coil is referred to as the number of coil turns.

The electrical characteristics of inductance coils are the opposite of capacitors: high-frequency resistance, low-frequency pass. That is, high-frequency signals encounter significant resistance when passing through an inductance coil and are difficult to transmit, while low-frequency signals face low resistance and can pass through easily. The DC resistance of an inductance coil is nearly zero.