MDH10060C-100MA=P3

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Fixed Inductors

The MDH10060C-100MA=P3 is an example of a fixed inductor, which is a passive electronic component used to store an electric charge or energy. Its purpose is to induce electrical current or voltage by providing a magnetic field. It is used in a wide variety of circuits, from high frequency radio to low-power circuits.Fixed inductors are constructed with either solid or air-core coils around a ferromagnetic core. The core material can be made of different types of ferromagnetic material such as iron, nickel, cobalt, or permalloy. The core increases the inductance of the inductor, which is measured in Henries (H). The core also serves for shielding purposes during electrostatic discharge.Fixed inductors come in a variety of forms and configurations, including single poles, double poles, and single-pole/double-pole-visible cores. They are commonly used in electrical circuits to reduce the current flow, increase the voltage, or decrease the voltage. They can also be used for filtering, noise reduction, and in impedance matching circuits.The MDH10060C-100MA=P3 is a fixed inductor with a single-pole core. It has a high current rating, low DC resistance, and a high inductance. The component features a wide frequency response with a cutting frequency above 20kHz. It is suitable for applications in low-frequency or mid-frequency power supplies, as well as aerospace and automotive applications.The device works by inducing a voltage or current when a changing current or voltage is applied across its terminals. The induced voltage and current will be proportional to the applied voltage and current, as well as the size of the magnetic field that the inductor creates. In some cases, the voltage or current is proportional to the frequency of the applied signal.The MDH10060C-100MA=P3 is characterized by high power handling, high thermal efficiency, and excellent sensitivity. The device operates in a wide temperature range, from -55C to +125C. It is highly reliable and provides consistent performance under extreme conditions.Fixed inductors have a wide range of applications, including medical systems, battery charging, consumer electronics, computers, automotive, and power supplies. They are commonly used to provide consistent energy storage, regulate power output, filter transient signals, and reduce noise. Additionally, they are used in passive broadcast and reception systems, communications systems, and as voltage and current transformers.

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