UPJ1C680MED1TA

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Aluminum Electrolytic Capacitors have been designed to store and release electrical energy within the range of microseconds and milliseconds. At the same time, they offer a lightweight and maintenance-free solution for applications requiring large capacitance values with low ESR. The UPJ1C680MED1TA is a RoHS compliant aluminum electrolytic aluminum capacitor developed for automotive electronics, inverters and converters. It has a maximum capacitance of 68µF and a working voltage of 630VDC, making it perfect for custom applications.

This capacitor is encapsulated in a can-type case and is made up of two aluminum foils separated by an electrolyte. The foils are polarised, meaning one is the positive terminal and one negative. The electrolyte is a conductive liquid, such as potassium hydroxide, ethylene glycol, or propylene glycol, and when an electrical voltage is applied, an electric field forms between the foils. This causes current to flow across the dielectric and creates a charge.

The UPJ1C680MED1TA’s main applications include use as an energy storage device, surge suppression, power factor correction, motor starting, and filter frequency smoothing. In energy storage applications, this capacitor is capable of supplying a short, high-power burst of current when required. The surge suppression application offers protection against high voltages by allowing the capacitor to pass current in an over-voltage situation. For power factor correction, this capacitor is able to filter and smooth out reactive current while for motor starting, using the capacitor allows for the use of a smaller motor. Finally, for filter frequency smoothing applications, the capacitor can help refine high frequency signals in order to ensure signal accuracy is maintained.

At the component level, you can measure the capacitance of the UPJ1C680MED1TA using a capacitance meter. The capacitance and equivalent series resistance (ESR) of the capacitor should be measured at different temperatures and frequencies in order to ensure that the characteristics of the capacitor are consistent over its lifetime. In applications using multiple capacitors in parallel, capacitance and voltage rating must also be monitored in order to verify the performance of the parallel circuit.

The UPJ1C680MED1TA makes an excellent component for many applications due its superior performance, temperature range, and mounting flexibility. Its advanced technology also allows for long lifetime and high capacitance values. Furthermore, the UPJ1C680MED1TA has low ESR and is RoHS compliant. With its wide range of capabilities, it is an ideal choice for many applications requiring reliable, long-term operation.

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