173D125X9035V

The 173D125X9035V is made up of two electrodes that are separated by a thin dielectric layer. The 1st layer is a conductive anode, made from tantalum powder, which is formed into a thin, foil-covered pellet shape. The 2nd layer is a dielectric layer, made from ceramic material, which acts as an insulator. Finally, a cathode is mounted onto the anode and surrounded by a plastic case. When a voltage is applied across the capacitor, the dielectric layer absorbs the majority of charge, storing it at the interface between the anode and the dielectric layer. As the voltage changes, the thickness of the dielectric reduces and increases which in turn, changes the capacitance. This is known as the “dielectric constant” of the capacitor.

The 173D125X9035V is also unique in that it is highly resistant to both high temperatures and high frequency electrical signals. This is due to the fact that it does not generate significant amounts of heat when subjected to high temperatures and/or high frequency electrical signals. This makes it suitable for use in a wide variety of electronic device and/or computer applications. In addition, the device has a long-term stability and an excellent performance versus leakage current.