B43501A127M60

Aluminum electrolytic capacitors are a type of capacitor that utilizes an electrolyte consisting of aluminum oxide to create two electrodes of opposite charge. B43501A127M60 is one such capacitor suitable for certain applications.

This capacitor is most frequently used as part of a circuit in order to filter out alternating current (AC) signals. The power of the AC signal is reduced by the capacitor, preventing too much current from circulating around the circuit. It can also be used to maintain a voltage level in an oscillator circuit, this can be useful in radio systems. In many cases it can be found used as part of an alternating current voltage regulation system, such as those used for small motors.

The capacitance of the B43501A127M60 is 12700 microfarads and the maximum allowed applied voltage is just over 500V DC. When used in a circuit the amount of leakage current and temperature range will need to be considered. The device comes with a built in safety filter to ensure minimum leakage, however, it is always advisable to check if the capacitor is sufficient for the specific application.

In terms of frequency range, the B43501A127M60 is suitable for use from as low as 60 Hz and beyond, up to 25 kHz depending on the specifics of the application. For most applications, the device should be rated for a working temperature of -55 to +105, although this can vary on individual circuits. This capacitor also has a larger than average miniature shell, ensuring that it allows for more flexibility when designing the circuit.

The capacitor also has a substantial ripple current handling capability and low equivalent series resistance. In terms of its construction, it is housed in a small case made from aluminum which is then over-filled with a special type of electrolyte in order to prevent any short-circuits or leakage from occurring.

Overall, the B43501A127M60 is a robust and reliable device, capable of comfortably handling most applications from 60 Hz to 25 kHz; alongside its long-life, low impedance reliability.