Tantalum Capacitors

The M39003/01-6232H is a type of tantalum capacitors, the usage and working principle of such components can be broken down into several parts.

Application Field

The M39003/01-6232H are generally utilized in digital circuits and high-frequency circuits, especially in portable electronic devices or a variety of signal coupling links. It is used to filter or stabilize voltage, filter interference signals, store energy, or used as an AC bypass capacitor. Due to its high volumetric energy density, low dielectric loss and high reliability, it is capable of being used in a persistent manner in capacitors.

Also, it is finding increasing use in filtering high frequency signals in audio systems, such as the 12-volt power supply and pre-amplification stages of audio equipment. Its small size also makes it well-suited for use in programmable logic controllers, data processing systems, digital phones, and other small, space-saving devices. It is also ideal for applications that require a precise degree of reliability, such as mission-critical systems and military/aerospace systems.

Working Principle

At its simplest, a M39003/01-6232H capacitor allows current flow through it when it\'s energized by a voltage signal, and they block current flow when there\'s no energizing voltage present. This property makes them essential for many types of electronic circuits.

The design of a M39003/01-6232H capacitor can also be used to filter signals, store energy, or provide signal coupling with different exigencies. The capacitance of a capacitor (measured in Farads) is directly related to the amount of charge that the capacitor can dissipate and is inversely related to the frequency of the signal. In this way, the capacitor is able to affect the frequency response of the circuit by altering the signal path of the current.

M39003/01-6232H capacitors are polarized electrolytic capacitors due to their related design; the construction of the components requires that the anode of the capacitor be of one polarity, while the cathode of the capacitor be of the other polarity. This allows for greater capacity than non polarized electrolytic capacitors, because there is less potential mismatch between anode and cathode when the component is energized.

Conclusion

The M39003/01-6232H tantalum capacitor is an important component, having a variety of applications in digital circuits, as well as high-frequency circuits. Aside from its use in signal filtering and interference rejection, this component is also ideal for use in reliable systems such as mission-critical and military/aerospace systems. The design of the M39003/01-6232H capacitor also permits it to store energy and affect the frequency of a signal generated current as well.