M39003/01-3193/HSD

Tantalum capacitors are polarized electrolytic capacitors consisting of a tantalum cylinder surrounded by an oxide layer used as a dielectric, and two electrodes on either side of the oxide layer. The M39003/01-3193/HSD is a high temperature version of a tantalum capacitor. It is designed to withstand temperatures up to 125°C.

The application fields of the M39003/01-3193/HSD are for military and aerospace applications. It can also be used in industrial, automotive, and medical applications. The capacitor has a wide range of applications such as control circuits, timing circuits, automatic identification systems, alarm systems, and communication devices.

The working principle of a M39003/01-3193/HSD tantalum capacitor is the same as any other capacitor. Electric field is created when a voltage potential exist between two plates, with the dielectric material in between. When the capacitor is connected in series with the input voltage supply, a voltage drop across the capacitor occurs.

The dielectric layer of the M39003/01-3193/HSD is a manganese dioxide so it has a high insulation resistance which provides high capacitance and tolerance withstanding high operating temperature. It has lower equivalent series resistance, making it suitable for high efficiency applications. The capacitor also has a high ripple current capability.

The M39003/01-3193/HSD tantalum capacitor has a long operational life and reliable performance. This is achieved by having a high capacitance in a small size and the voltage is temperature compensated to ensure operation in temperature extremes. It has an RoHS compliant overall construction, reducing risks of environmental contamination. Finally, the M39003/01-3193/HSD is capable of high power ratings and improved capacitance stabilization, allowing for reliable power delivering.

The M39003/01-3193/HSD is a high temperature version of a tantalum capacitor designed for high temperature operation. Its range of application fields include military, aerospace, industrial, automotive, and medical fields. Its working principle is the same as any other capacitor, with a high insulation resistance to withstand temperature extremes. Its features include long operational life, RoHS compliant overall construction, and high power ratings.