MAL203690094E3

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Aluminum electrolytic capacitors are widely used components owing to their excellent electrical properties and larger capacity that make them suitable for use in various electronic devices. The MAL203690094E3 is an aluminum electrolytic capacitor specifically designed for use in low voltage, audio applications.

The MAL203690094E3 is a polarised aluminum electrolytic capacitor featuring a rated voltage of 16V, a capacitance of 47 µF, and an endurance of 1000 hours. It features silver-plating for the anode, and is made of aluminium oxide and non-electrolytic material. This capacitor is RoHS compliant and features an extended temperature range of -40° to +85°C.

In terms of its design and construction, the MAL203690094E3 is composed of two aluminium foils – the anode and cathode – which are separated by an electrolytic material, typically an electrolyte-soaked paper sheet. The anode is positively charged while the cathode is negatively charged. The anode and cathode together create an electric field, and when a voltage is applied across it, an electric current passes between the two, charging up the capacitor. This is the electrical field of the capacitor, which is responsible for charging the capacitor, and is the basis of its working principle.

The MAL203690094E3 is an ideal choice for a wide range of applications, including audio, motors, telecommunications, power management, filters, and DC-DC converters. Due to its low ESR, this capacitor is especially suitable for applications involving signal processing and frequency modulation, as it is able to reduce distortion. Additionally, due to its electrolyte and paper construction, the capacitor is resistant to aged stabilization failures, making it more reliable.

The MAL203690094E3 is a versatile aluminum electrolytic capacitor that is suitable for a wide range of applications. Its low ESR, 12 mm outer diameter, and extended temperature range make it an ideal choice for audio applications. Moreover, its silver-plating and non-electrolytic construction make it more reliable and stable, thereby improving the overall performance of the device it is used in.

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