M39003/01-2951/TR

Tantalum Capacitors

The M39003/01-2951/TR is a type of tantalum capacitor. It is a polarized conductor that offers an exceptionally high storage capacity within a comparatively small package. This makes them suitable for a variety of applications, including the regulation of pulse and power circuits and the dampening of noise.

Tantalum capacitors are made from a sintered composite material composed of a ratio of 85 percent tantalum and 15 percent oxide. The oxide forms a dielectric layer between the two conductors. This type of capacitor is referred to as a wet tantalum capacitor since it contains a wet electrolyte that provides charge transfer. When voltage is applied to the capacitor, it creates an electrical field on the surface of the device which supplies polarization.

Application Field

The M39003/01-2951/TR tantalum capacitor is specially designed for telecommunications applications. This small-sized device can be used to filter noise and to provide a stable power circuit. Its controlled resistance and high stability in the face of temperature changes make it ideal for use in pulse systems. The capacitor can also be used in power filters for high-frequency rectifiers and in electric motor control circuits.

Working Principle

The working principle of the M39003/01-2951/TR capacitor relies on the charge-discharge cycle. When electricity is first applied to the capacitor, it charges up quickly. During the discharge cycle, the capacitor provides current to the rest of the circuit. It\'s important to note that the M39003/01-2951/TR capacitor should be discharged completely before it is recharged, or it could overheat and fail.

In summary, the M39003/01-2951/TR is a small-sized tantalum capacitor designed for use in telecommunications applications. Its high storage capacity and excellent temperature stability make it a great choice for pulse and power circuits, as well as for dampening noise. It works by charging and discharging quickly, but it must be fully discharged before it is recharged to avoid failure.