SFJEL2K00682MX0

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Feed Through Capacitors play an important role in the electronic industry. They are effective in helping to reduce electrical noise and in blocking or coupling high frequency signals. The SFJEL2K00682MX0 capacitor is a halogen-free feed through capacitor designed for high frequency applications. It is a low-profile device that has a wide range of applications in many electronics.

The SFJEL2K00682MX0 has a working voltage range that reaches up to 500V and can handle currents up to 10A. It offers a wide frequency range of up to 300 MHz and provides good insertion loss performance. It also features excellent snubbing characteristics and a low profile of just 0.31 inch (7.9 mm). This makes it ideal for use in high-density applications where space is an issue.

The working principle of the SFJEL2K00682MX0 can be explained simply. This type of capacitor works by passing an AC current through a capacitor while blocking any DC current. When current passes through this type of capacitor, it is split into two AC currents; a capacitive current and a resistive current. The former is the current that passes through the capacitor and is attenuated by the capacitor’s impedance. The resistive current is essentially the current that is blocked by the capacitor.

The main application field of SFJEL2K00682MX0 is in the electronic industry. This capacitor is suitable for a wide range of applications such as in power amplifiers, antenna systems, and data acquisition systems. It is also a great choice for use in RF and microwave circuits. Additionally, it can be used in a variety of consumer electronics including audio and video equipment.

The SFJEL2K00682MX0 is an excellent choice for many electronic applications. It provides great insertion loss performance and snubbing characteristics while offering a wide frequency range and a low profile. This makes it an ideal choice for high-density applications where space is a concern. Its working principle can be simply explained as splitting current into two AC currents; a capacitive current and a resistive current.

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