SBSGC1000154MXT

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Part Status:	Active

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Feed Through Capacitors are a type of capacitor used for high frequency design applications. The SBSGC1000154MXT is a type of feed through capacitor that has an operating temperature range up to +125°C. It is designed to provide an RF bypass solution in a 50 Ω system and is suitable for use in communications systems such as Wi-Fi, Bluetooth, and Cellular networks.The SBSGC1000154MXT is a small, surface mount multilayer ceramic capacitor with two internal plates. Each plate is made up of multiple ceramic dielectric layers to ensure an optimal capacitance value. The capacitor measures just 2.5mm x 2.0mm and is designed for high volume, cost sensitive applications.The working principle behind the SBSGC1000154MXT is based on an electromechanical effect that works to produce an electrical charge. When voltage is applied to the two internal plates, electrons move from one plate to the other, creating an electrical current between the two. This electrical current passes through the plates, creating a resistance and resulting in the capacitance of the SBSGC1000154MXT.The SBSGC1000154MXT can be used for a variety of RF bypass applications, including antenna tuning, RFI/EMI filtering, and impedance matching. In antenna tuning applications, the SBSGC1000154MXT works to address the frequency-dependent characteristics of the antenna by reducing the antenna’s response and increasing the impedance at the antenna-feed point. In RFI/EMI filtering applications, the SBSGC1000154MXT helps reduce interference and improve overall signal quality. Finally, the SBSGC1000154MXT is ideal for low-frequency impedance matching applications, as it can help match the impedances of two different circuits and ensure optimal electrical performance.The SBSGC1000154MXT is a reliable, efficient, and cost-effective feed through capacitor that provides an optimal solution for high frequency design applications. Its small size and high temperature rating make it an ideal choice for space-constrained and high-temperature applications, and its low cost makes it a viable option even in large-scale production runs.

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