MZA6.3VC47RMD61TP

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Aluminum electrolytic capacitors (AECs) are a type of capacitor which is widely used worldwide, not only in electrical and electronic systems, but also in many other applications. The MZA6.3VC47RMD61TP is one type of AEC which is well-suited for various uses due to its robust construction and wide variety of options. This article will explain the application field and working principle for this AEC.

Overview of the MZA6.3VC47RMD61TP

The MZA6.3VC47RMD61TP AEC is a leadless-type capacitor, meaning that it has no connecting wires and is much easier to install than other types of AECs. It is used for filtering and decoupling in power supplies, power electronics, automotive electronics, LED lighting, and in many other common applications. It has a rated voltage of 6.3 V DC, a capacitance of 47 μF, and a Ø61 mm case diameter. This makes the MZA6.3VC47RMD61TP suitable for use in compact equipment, as it has a relatively small profile while still delivering strong performance.

Principle of Operation

The MZA6.3VC47RMD61TP AEC operates using the same basic principle as other types of aluminum electrolytic capacitors. An anode and cathode are separated by an electrolyte and an organic separator. When the AEC is charged, the organic separator absorbs the voltage and the electrolyte allows a current to pass. This current is stored in the capacitor as an electric field. Upon discharge, the electric field is reversed and can pass the electrolyte. As the AEC is recharged, the electric field is stored and the cycle begins again.

Capacitance

The capacitance of the MZA6.3VC47RMD61TP is quite high, as its nominal capacitance is 47 μF. This indicates that the AEC can store a significant amount of energy for use as a filter or decoupling component. The low ESR of this AEC also contributes to its high performance, as it allows for a decisive discharge of energy.

Ripple Current

The ripple current is the measure of the maximum allowable alternating current that a capacitor can take without sustaining any permanent damage. This is an important specification of any AEC, as too much ripple current can cause the capacitor to overheat and fail. The MZA6.3VC47RMD61TP AEC has a ripple current rating of 22 mA @ 120 Hz. This is quite high, which indicates that it can handle complex tasks involving high ripple levels.

Lifetime

The lifetime of an AEC is an indication of its longevity and reliability. The MZA6.3VC47RMD61TP AEC has a guaranteed lifetime of 30,000 hours at 85°C. This is quite impressive, as most AECs have lifetimes of only up to 10,000 hours. The relatively long lifetime of this AEC indicates that it is capable of operating reliably for extended periods of time.

Conclusion

The MZA6.3VC47RMD61TP AEC is a popular choice for many applications, due to its robust construction, wide variety of options, and high capacitance. It is highly suitable for use in filtering and decoupling tasks in power supplies, electronics, automotive electronics, and LED lighting. The AEC operates using the same basic principle as other types of aluminum electrolytic capacitors, and its ripple current rating of 22 mA @ 120 Hz indicates that it can handle complex tasks. Moreover, its guaranteed lifetime of 30,000 hours at 85°C indicates that it is able to operate reliably for extended periods of time.

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