SCIF-9925-000

Feed Through Capacitors are widely used in various applications, providing inductive components to minimize noise and reduce system interference. One of the most common and reliable feed through capacitors is SCIF-9925-000, due to its low leakage current, small size, and wide working temperature range. It is an ideal choice for applications that require low-frequency high-voltage noise reduction.

The SCIF-9925-000 feed through capacitor consists of two metal plates with a dielectric material between them. The dielectric material may be a ceramic, mica, or plastic film depending on the working voltage of the capacitor. The capacitor stores electric charge when connected to a power source, creating a field of energy that passes through the plates, forming a capacitor-like structure. This structure enables the capacitor to reduce the frequency of high-voltage electrical signals when it is connected to the circuit.

The SCIF-9925-000 feed through capacitors are designed to reduce high frequency noise. The reduction of high frequency noise is an important function in wiring systems that require high-voltage signals, such as telecommunications, aerospace, medical, and consumer electronics. The capacitors provide a low impedance path to bypass high energy electromagnetic pulses that can cause interference and damage in these systems. The capacitors’ capacitance value is adjustable so that they can be tuned to accommodate various frequencies and signal levels.

In addition to providing noise reduction, the SCIF-9925-000 feed through capacitors offer a number of other benefits. The low-profile design of the capacitors minimizes its impact on the wiring system, allowing for more efficient use of space. The capacitors are also relatively immune to vibration and temperature changes, providing stability in the signal path. The capacitors can also be easily installed in tight spaces due to their small size, while their durability and resistance to corrosion make them reliable for long-term use.

The SCIF-9925-000 feed through capacitors are an ideal choice for applications requiring low-frequency high-voltage noise attenuation. The low leakage current, low-profile design, and wide working temperature range make these capacitors an efficient and reliable way to provide protection against electromagnetic interference. The adjustable capacitance value and durable construction are additional advantages that ensure long-term service in the field.