SFBDT5000682MX0

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Feed Through Capacitors

Feed through capacitors, also known as feed-through or FT capacitors, are components that are used to attenuate radio frequency noise in an electrical system. They are an integral part of many RF designs, including audio components, switching power supplies, and ultra-wideband systems. Feed through capacitors are also commonly used in high-speed, wide bandgap technology.

The SFBDT5000682MX0 is a feed through capacitor specifically designed to meet the needs of applications that require a wide bandwidth, accurate RF noise attenuation, low ESR and high stability. This capacitor is made up of two parallel plates that are sandwiched between a dielectric element and the metal housing, which acts as an insulator. The plates and dielectric are held in place by clamps. The dielectric material has a very high dielectric constant, allowing for greater capacitance.

The SFBDT5000682MX0 feed through capacitor’s working principle is based on its ability to suppress the high frequency signals. It does this by forming a capacitive connection between the two plates in the parallel plates. This capacitors electric field is between the plates, which means high-frequency signals are attenuated in the capacitor. Low frequency signals, on the other hand, are allowed to pass through with minimal interference. As a result, a signal can be accurately transmitted with less interference or noise.

The SFBDT5000682MX0 feed through capacitor is designed for applications that require high-frequency noise control. Its low ESR and high stability make it a great choice for high speed and wide bandgap technology applications. It is also ideal for applications that require accurate RF signal transmission. It is commonly used in audio components, switching power supplies, and ultra-wideband systems.

The SFBDT5000682MX0 feed through capacitor is widely used in applications where high accuracy RF noise control, ESR reduction, and high stability are required. It is a great choice for a variety of audio components, switching power supplies, and ultra-wideband systems that demand more precise signal transmission. Its low ESR and high stability give it the ability to accurately attenuate high frequency noise and allow low frequency signals to be accurately transmitted with less interference or noise.

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