SFBLC5000682MX0

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Feed Through Capacitors

Feed through capacitors are designed to provide RF power control, tuning, as well as filtering capabilities in a wide range of applications. They are commonly found in RF amplifiers, speakers, and other audio amplification systems.

The SFBLC5000682MX0 capacitor is an excellent example of a high performance feed through capacitor. This capacitor is designed with a low profile of 11 mm, making it ideal for space-limited applications. Its construction is composed of close tolerance layers of spaced conductive materials and dielectric layers to provide optimal RF transmission. The SFBLC5000682MX0 also has high environmental stability due to its robust coating. This capacitor’s construction also provides exceptional shielding from RF interference.

The SFBLC5000682MX0 has a robust application field with its high voltage tolerance and optimized RF radiation characteristics. It can be used in many applications, including antennas, RF amplifiers, audio amplifiers, tuners, and any situation where RF power control or high quality signal filtering is needed. It is also a great choice for transient over-voltage protection, due to its highly conductive surfaces and tight construction.

The working principle of the SFBLC5000682MX0 is simple. This type of capacitor consists of two metal plates with a dielectric sandwiched between them. When a radio frequency current is applied to the capacitor, an electromagnetic field is generated within it. This electromagnetic field causes the plates to oscillate, thus allowing the capacitor to transmit RF power while preventing the passage of DC current. This process allows the capacitor to act as a high quality filter and tune the RF power in order to optimize performance.

The SFBLC5000682MX0 is an example of a high performance feed through capacitor. It is well suited for applications where optimal RF power control, filtering, and tuning capabilities are needed. Its robust construction and low profile make it an ideal choice for many space-limited applications. Due to its environmental stability and tight construction, it is an ideal choice for over-voltage protection applications as well.

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