SBSGP1000104MXB

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Feed Through Capacitors

SBSGP1000104MXB application field and working principle:

Feed Through Capacitors are typically used as part the signal conditioning path in critical signal conditioning applications. Feed Through Capacitors provide a low impedance path for AC signals, preventing signal loss due to poor signal transfer through capacitive coupling. This is achieved by having low ESR and high capacitance values. The SBSGP1000104MXB is an example of a high-performance feed through capacitor, and is suitable for applications such as signal filtering and high frequency signal conditioning.

When used as a signal conditioning path, feed through capacitors operate by passing a signal (AC or bi-directional) through a capacitor and ground to reduce signal loss and isolate noise. It is important to select the appropriate capacitor size to ensure that its response is within the frequency range of the signal being sent through it. The SBSGP1000104MXB is designed to operate over a wide frequency range of 0.0004 to 50MHz, which makes it an ideal choice when dealing with high-frequency signals. The SBSGP1000104MXB is also designed to provide a low-impedance path for AC signals, ensuring a high-quality signal is transmitted. This is done by using a combination of layers of ceramic dielectric and an exceptionally high value of capacitance, which is 12.2pF.

In addition to operating over a wide frequency range, the SBSGP1000104MXB has an incredibly low equivalent series resistance (ESR) of 0.012Ω. Having such a low ESR ensures a low insertion loss, meaning less energy is lost during the signal transmission. This helps to ensure that the signal being sent through is of the highest possible quality.

The SBSGP1000104MXB is designed to provide reliable, high-performance signal conditioning, making it an ideal choice for applications which require high-frequency signal transfer, such as audio, video or RF signal transmission. With its wide frequency range, low ESR and high capacitance, the SBSGP1000104MXB is an excellent choice when high performance is required.

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