M39006/22-0452

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are widely used in today\'s electronics industry, and M39006/22-0452 is an example of its kind. It is a low profile, small size plastic encapsulated capacitor with radial leads. The length of its lead is formed such that the base of the package is below the lead’s free length. This specific capacitor can be used in a variety of applications including industrial control and communications, filtering, power conditioning etc. It offers excellent thermal stability with wide operating temperature range of −55 to +125 degree centigrade.

M39006/22-0452 capacitor is composed of two electrodes insulated by a dielectric material. The inner electrode is usually made of tantalum material. The outer electrode is usually a metal layer which acts as the body of the capacitor. The tantalum capacitors have very low internal resistance and this is why they can be used at very high frequencies.

When any voltage is applied, the electric field created by the voltage causes current to flow between the two electrodes. The current flow is caused by the flow of electric charges which are attracted towards the more positive electrode and repelled from the more negative electrode. So the capacitor will store the electric energy in the form of a electrostatic field in the capacitor dielectric. The stored energy is discharged when the applied voltage is reduced and the capacitor is said to discharge.

M39006/22-0452 capacitor is also widely used in military and aerospace applications. In aerospace applications, the capacitor must maintain stable properties over a wide temperature range. Thus, the tantalum material used in this capacitor has excellent thermal stability and is ideal for aerospace applications. The low profile, small size and radial lead also makes it suitable for such delicate applications.

The working principle of M39006/22-0452 capacitor is simply the same as all other capacitors. When voltage is applied across the two electrodes, electrical energy is stored in the dielectric material. The capacitor will then react to changes in voltage or frequency which results in alternating currents being generated. The current induced by the capacitor is then dissipated in the form of heat or electromagnetic waves. This is why the capacitor is able to filter or smooth an AC signal.

The main advantage of this capacitor is its low profile, small size, high capacitance, wide range of operating temperatures, and good thermal stability. The wide range of applications includes industrial control and communications, filtering, power conditioning, military and aerospace, and many more. It is these features that make this type of capacitor so highly sought after in the electronics market.

The specific data is subject to PDF, and the above content is for reference