SBSMC2000154MXR

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Feed Through Capacitors are components with an integrated capacitor and capacitance-matching resistor in series. They facilitate the bypassing of high frequencies, which would otherwise be blocked by inductance. The SBSMC2000154MXR is a feed through capacitor that is designed to operate within the frequency range of DC to 5 GHz. It is capable of handling up to 5 watts of power, and is ideal for use in shielded electronic equipment such as radios, computers, TVs, and other electronic devices.

The SBSMC2000154MXR feed through capacitor consists of a fabricated plastic housing, a capacitor element, and a resistor element. The capacitor element is incorporated into the plastic housing for ease of installation and environmental protection. The capacitor element is a ceramic capacitor with a dielectric of X7R, and is rated for an operating temperature range of -55 to +125°C (-65 to +225°F). The resistor element is an axial lead resistor with a 0.5-ohm resistance. This combination of components ensures that high-frequency signals can be decoupled effectively, and that signals are transferred with minimal distortion.

The SBSMC2000154MXR feed through capacitor is used primarily in electronic devices such as radios, computers, and TVs. The device functions as a filter that reduces interference between different components, or between different parts of an electronic assembly. This allows signals to be accurately transferred between components, avoiding disruption and possible damage to the circuits. The feed-through capacitor has the ability to isolate high-frequency signals, allowing for direct current to pass through unaffected. The feed-through capacitor also includes decoupling capacitors that absorb transient voltage spikes, protecting sensitive electronics from potential damage.

In short, the SBSMC2000154MXR feed through capacitor is a highly effective component used in a wide range of electronic devices. It enables effective high-frequency signal decoupling, reduces interference between components, and includes decoupling capacitors to protect sensitive electronics from voltage spikes. In addition, its robust construction and reliable operation make it an ideal choice for use in a variety of applications.

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