ALS80U223NT250

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Aluminum electrolytic capacitors are essential electrical components constructed by a wound aluminum oxide film coated on the anode, separator, electrolyte, and a cathode foils that are equipped with external connections. With the ability to withstand high energies, the capacitor has become a major part of the electrical and electronics industry, playing an important role in providing the required power and energy for electrical circuit operation. The ALS80U223NT250 is a particularly advanced aluminum electrolytic capacitor, boasting impressive power and energy specifications and crystallizing the technology behind aluminum electrolytic capacitors.

The ALS80U223NT250 is a general purpose, high-temperature, radial-leaded, non-polarized capacitor. Its maximum rated voltage is at 35 VDC, and it sports capacitance values of either 100 uF or 220 uF at various temperature ranges and dielectrics. It also features a maximum ripple current of 50 mA, inductance of 360 uH, and impregnation of organic dielectric composition. It has an operating temperature of -55°C to +125°C, and its rated lifetime is at 2000 hours.

The ALS80U223NT250 is mainly used as an automotive electronic component that acts as a memory vibrator to switch on/off the internal electric current for a range of devices, including digital dials and dashboard meters. This includes infrared sensors, vehicle motion sensors, actuators, and inductive loops. It is also used for power and energy storage applications in the consumer electronics and communications industries. For instance, it’s used in tandem with microprocessors and microcontrollers to provide electrical energy for controlling or powering a wide range of electronic products and components.

At its core, the ALS80U223NT250 utilizes a working principle that relies on the electrical properties of the aluminum oxide film, its supporting electrolyte, and the two metal foils (anode and cathode). As an electrical current is applied to the capacitor, it creates an electrical field between the anode and the electrolyte which causes charges to move from the anode to the electrolyte through the oxide film. This creates a potential difference between the two aluminum foils and produces energy, allowing energy to be stored in the capacitor.

The unique characteristics and high reliability of the ALS80U223NT250 makes it suitable for a wide range of applications. This capacitor is primarily used as a memory vibrator and electrical energy storage unit, allowing it to be consistently used across a range of industries and applications. Its high temperature capability also allows for constant operation even at extreme temperatures, ensuring reliable performance.

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