SFJEL5000333MX1 Filters

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Feed Through Capacitors are a type of surface mount component used in various applications due to their small size and high performance. The SFJEL5000333MX1 is a ceramic-film capacitor specifically designed for use in high frequency applications. It is a through-hole capacitor that can be used in both digital and analog circuits.

Designed for low-inductance applications such as high-frequency microwave filters, oscillators, and phase-locked loops, the SFJEL5000333MX1 provides low ESR and high capacitance in a very small package. With a capacitance of 273pF and ESR of 0.90 ohms, the capacitor is ideal for high frequency circuits with limited space. Additionally, the component offers excellent stability in temperature and superior high-frequency performance.

The SFJEL5000333MX1 utilizes ceramic-film technology that provides excellent stability over time and temperature, as well as high levels of EMI suppression. The component works by storing energy in the form of an accumulated charge in between metal plates. This charge helps to impede the flow of current through the circuit and is therefore able to reduce high frequency noise. This type of capacitor is often used in automotive electronics and mobile phone circuits.

The working principle of feed-through capacitors is based on the electric field established between two plates. The SFJEL5000333MX1 works by creating an electric field between the positive and negative poles of the capacitor. When current flows through the metal plates of the component, a field is created between them, and the electric field attenuates high frequency electrical signals. This type of capacitor is known for its excellent performance in high frequency circuit applications.

The SFJEL5000333MX1 is designed for use in a variety of applications including automotive circuitry, medical devices, and communications systems. The component offers excellent high frequency performance, low ESR, and high capacitance in a very small package making it ideal for applications where space is limited. Additionally, the component offers superior stability in temperature and excellent EMI suppression.

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