4300-064

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Feed Through Capacitors, such as the 4300-064, are commonly found in high frequency circuits as they allow current from circuits to pass through the capacitor while blocking voltage. This type of capacitor is used in both application fields and in the working principle.

Application Field

Feed Through Capacitors can be found in a variety of applications such as power supplies, audio/video equipment, and communication systems. They are an essential component in power supplies as they help to reduce electrical noise generating from the power supply. They also help improve the stability of the circuit by preventing spikes and surges from affecting the voltage applied to the output of the power supply. Additionally, Feed Through Capacitors can be found in audio/video equipment where they are used to reduce electrical noise in the signal pathway, improving sound and video quality. Feed Through Capacitors are also used in communication systems. In order to reduce the effects of EMI (Electro-Magnetic Interference) on the audio signal, Feed Through Capacitors are used to block electromagnetic energy, allowing for improved signal quality and less noise.

Working Principle

Feed Through Capacitors work by creating a low impedance path for AC signals that pass through them while blocking out DC signals. The 4300-064 capacitor is a ceramic, high-Q capacitor which is made up of two conductive plates separated by a dielectric material. When signal passes through the capacitor, it charges the plates, creating a capacitive reactance which blocks high frequency noise signals. The capacitor also acts as a low pass filter to reduce low frequency noise. The capacitance of the 4300-064 can be adjusted depending on the desired frequency of the signal it is passing.

In summary, the 4300-064 Feed Through Capacitor is an essential component for many applications across various industries. It helps reduce noise and improve stability in circuits by providing a low impedance path for AC signals, while blocking out DC signals. This makes it ideal for applications such as noise reduction in power supplies, audio/video equipment and communication systems.

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