SFJNL2K00103MX1

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Feedthrough capacitors are an important type of capacitor that offer significant benefits to industrial, medical and aerospace applications. Not only do they provide high levels of insulation between circuits, but they also reduce the risk of electrical overload and reduce susceptibility to noise and interference. The SFJNL2K00103MX1 from manufacturer SMC is an example of a specialized feedthrough capacitor, designed to provide superior performance in critical applications.

Key Characteristics

The SFJNL2K00103MX1 is a high-performance feedthrough capacitor that offers several key performance characteristics. It has an operating voltage of 250VAC, capacitance rating of 0.1μF, current rating of 1 Amp and a maximum temperature range of -25 to +105°C. It is designed with a PPS dielectric material and hermetic-sealing technology that conforms to RoHS requirements. This makes the SFJNL2K00103MX1 a reliable and durable capacitor for use in a range of challenging applications.

Applications

The SFJNL2K00103MX1 feedthrough capacitor is suitable for use in a range of industrial, medical and aerospace applications. These applications include power supply units, medical imaging equipment, industrial control systems, radio receivers and antennas, as well as solar cells. Additionally, its PPS dielectric material and hermetic-sealing technology make this capacitor ideal for use in a wide range of extreme environmental conditions. This makes the SFJNL2K00103MX1 an all-round versatile capacitor with a wide range of applications.

Working Principle

The SFJNL2K00103MX1 capacitor utilizes capacitance to store electrical energy and reduce the effects of electrical noise. The physical construction of the capacitor consists of two layers of conductive material separated by a dielectric material. As the capacitor is exposed to an alternating electric field, a dielectrolytic process takes place, whereby electrons are attracted and repelled from one surface of the capacitor to the other in a reciprocating fashion. This flow of electrons creates an electrical and/or magnetic field, which in turn will cancel or absorb external electrical noise. Additionally, the capacitance of the capacitor determines the amount of energy it can store and the frequency of the alternating field which it can affect. This makes the SFJNL2K00103MX1 a highly effective feedthrough capacitor for use in a range of critical applications.

Conclusion

The SFJNL2K00103MX1 feedthrough capacitor from SMC is an effective and reliable choice for industrial, medical and aerospace applications. Its PPS dielectric material and hermetic-sealing technology make it suitable for use in a range of harsh environments. Additionally, its high capacitance rating and current rating, combined with its durable construction, make it a dependable choice for a range of challenging applications. Thus, the SFJNL2K00103MX1 is an all-round exceptional feedthrough capacitor for use in any appropriate application.

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