MCM01-001ED102G-F

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Mica and PTFE capacitors are used in many applications, such as in AC and DC power supply, electronic circuits, radio frequency equipment, high voltage rectifiers, motor control, and many other types of electronics systems. The MCM01-001ED102G-F Capacitor is a PTFE dielectric capacitors. It is suitable for use in a variety of circuits, including automatic voltage regulation, automatic gain control, frequency stabilization, and high temperature applications.

The MCM01-001ED102G-F capacitors feature a low Equivalent Series Resistance (ESR) and a wide working temperature range. These features are ideal for applications that require low ESR and high temperature performance. The capacitors’ wide operating temperature range allows for use in environments that experience more extreme temperatures than some other types of capacitors. Additionally, the dielectric used in the capacitors is relatively non-polar, meaning that they are not prone to temperature-induced capacitance changes.

The MCM01-001ED102G-F capacitor is a capacitor constructed from a stacked stack of PTFE dielectric, with two electrodes on each dielectric layer. This design results in greater capacitance values than single dielectric designs, while also providing higher levels of stability. The capacitors are also flexibly designed, enabling them to be used in various configurations and allowing for easy interchangeable parts.

The popular MCM01-001ED102G-F capacitors exhibit excellent voltage-temperature characteristic, with excellent self-healing properties. As compared to other types of capacitors, these capacitors are much more reliable and durable. They are designed to withstand shocks, vibrations, and extreme temperatures. Outstanding long-term reliability is ensured through the use of advanced PTFE construction offered by KEMET.

The capacitors’ dielectric is constructed from high purity PTFE, which offers an exceptional level of thermal and electrical insulation. The dielectric is organized in a sandwiched structure with two metals electrodes on each layer. This structure allows for uniform distribution of the charge across the capacitors’ surface, making it tolerant to temperature variations.

When it comes to working principle, the capacitors can store electrical energy in the form of an electrical field generated between the two electrodes. Electrical energy is extracted from the capacitor when a voltage is applied across the electrodes. This voltage, known as the voltage across the capacitor, is equal to the ratio of the extracted electrical energy to the stored charge. The voltage across the capacitor will increase as the extracted electrical energy increases, until the capacitance of the capacitors is reached.

The MCM01-001ED102G-F capacitors are suitable for many applications where stable capacitance and low ESR is required. The dielectric layer provides excellent insulation and reduces voltage spikes and induced currents. This makes them ideal for applications such as AC power supplies, motor control, high voltage rectifiers, electronic circuits, and radiofrequency equipment. The wide operating temperature range allows for use in environments that experience more extreme temperatures than some other types of capacitors.

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