SFABL2000103MX0

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Feed Through Capacitors are components wherein electrical energy is passed through its components through one or more conductor paths. They are commonly used in audio and video applications as well as various waveshaping circuits.

SFABL2000103MX0 is a type of Feed Through Capacitor which is suitable for high frequency noise cancellation, and it is designed for applications in military, aerospace and industrial markets.

This device has a main element with an electrode area surrounded by a plastic package. It has a wide range capacitance range of up to 1000pF. It has an insertion loss of no more than 0.25dB at 1GHz. Its temperature range is -20°C to +85°C.

The main components of this device are the capacitance component, the insulation package and the through-hole solder pin. The main body of the device is usually composed of a metal-oxide film element, a substrate and a metallic shield. The shielded body serves to isolate the capacitor from external noise and interference. The capacitance element is connected to the internal ground plane through the pin mount and the external ground plane through the mounting frame. The element also has a gap between the plates and the internal ground plane.

SFABL2000103MX0 works by passing alternating current through the electrical energy stored in the capacitor. This is done by the alternating voltage or current that is applied across the capacitance component, and then again, through the insulated package and into the pin mount. The alternating current causes a current in the capacitor which is equal in magnitude but opposite in direction to the alternating voltage or current. This produces a voltage differential between the two plates, thus allowing for the capacitance component to perform its work of passing electrical energy from one point to another.

The through-hole solder pin allows for the device to be mounted quickly and easily, greatly improving the flexibility and versatility of the device and allowing for it to be used in a wide variety of applications. The insulation package, meanwhile, acts to protect the internal components from external environmental conditions, while also ensuring that there is no contact between the pins of the device and other metallic components.

In summary, SFABL2000103MX0 application field and working principle are ideal for high frequency noise cancellation applications in military, aerospace and industrial markets. Its insertion loss of no more than 0.25dB at 1GHz makes it a great choice for these applications. Its insulation package offers protection from the environment while the through-hole solder pin allows for easy mounting.

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