SFBLL5000101MC0

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Feed-through capacitors are specialized components used in high frequency electronic circuits. The SFBLL5000101MC0 is an unshielded feed-through capacitor that is configured with radial leads and is suitable for surface mounting on circuit boards. This capacitor is made from sintered silver alloy and delivers excellent high-frequency performance while minimizing leakage current and insertion loss.

The SFBLL5000101MC0 feed through capacitor has a wide range of applications. It is commonly used in high-frequency circuits such as radio frequency amplifiers, oscillators, and filters, and functions as a frequency-dependent device that passes high frequencies and attenuates low frequencies. It is also useful for bypassing conductors, as it can be used to provide a low-impedance path for high-frequency current while blocking DC current. These capacitors can also be used in grounding systems for EMI suppression.

The working principle of the SFBLL5000101MC0 feed through capacitor is based on the properties of capacitance. Capacitance is the ability of a device to store electric charge, and this capacitor is designed to capacitively couple high frequency signals between its two terminals. This capacitive coupling occurs when an alternating electric field is created between the two terminals; this field stores energy in the capacitor dielectric material. The current in the two terminals will then flow in opposite directions, creating a loop that is able to both store and transmit electrical energy at high frequencies.

The SFBLL5000101MC0 feed through capacitor is designed to reduce impedance at high frequencies and is capable of handling up to 10 volts and 1 ampere of current. It has a low parasitics inductance and is resistant to temperature variations and humidity levels. It has a rated capacitance of 100 pF and a low ESR of 2.5 Ohms, and is available in a wide range of operating frequencies. The capacitor is reliable and durable, allowing for a long life and making it a great option for high-frequency applications.

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