NFM15PC473C1C3D

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Feed Through Capacitors

Feed through capacitors are components that are designed for insertion into circuits to increase the capacitance of a circuit. The NF15PC473C1C3D is a feed through capacitor, and is one of the most widely used capacitors in the ITSEM field.

NFM15PC473C1C3D Application Field

The NF15PC473C1C3D has a wide range of applications, ranging from medical to industrial use. In the medical field, the NF15PC473C1C3D is used to provide reliable, high-impedance power connection to sensitive electronic components such as pacemakers, implantable defibrillators, and other implantable medical devices. In the industrial field, the NF15PC473C1C3D is used to reduce interference and eliminate band frequencies from electronic circuits. The NF15PC473C1C3D is also used as an EMI (Electromagnetic interference) filtering device, and as a waveform filter to reduce transients in power supplies and analog signals.

NFM15PC473C1C3D Working Principle

The NF15PC473C1C3D is a high-impedance feed-through capacitor that operates at frequencies up to 100 GHz. It consists of a pair of electrodes placed in a ceramic insulator with a gap between them. The gap between the two electrodes is wide enough to allow an alternating current (AC) wave signal to pass, while at the same time, blocking direct current (DC) signals. As the signal passes through the gap, the primary capacitor plates are charged, creating a capacitive reactance in the circuit. Because the gap between the two plates is wide, the capacitor has a high impedance, which helps to reduce noise and undesired frequency components. This allows the signals passing through to remain unaltered, and also reduces the risk of false readings from the circuit.

Conclusion

The NF15PC473C1C3D feed through capacitor is a key component for providing reliable and high-impedance power connection in numerous fields, ranging from medical to industrial. Its ability to reduce interference, eliminate band frequencies, and reduce transients makes it an important tool for ensuring accurate and reliable measurements in both electronic circuits and medical applications.

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