F981A226MSAAS1 Capacitors

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Tantalum capacitors are a popular choice of capacitors used in various circuit designs. They are especially valued for their low leakage and high temperature stability, making them well-suited for use in high frequency applications. The F981A226MSAAS1 is a tantalum capacitor specifically designed for use in Telecommunications and Computing applications, where precision and reliability are essential. This capacitor offers higher capacitance and lower ESR than many other tantalum caps on the market.

The F981A226MSAAS1 is an axial-lead surface mount tantalum capacitor. The leads are spaced 2.5mm apart, making them easy to solder and mount on circuit boards. The capacitor is rated at a voltage of 6.3 Volts and a capacitance of 470uF. The peak temperature of the device can reach up to 150 degrees Celsius. The capacitor is a monolithic type and is rated at a high temperature of up to +125℃.

The working principle of the F981A226MSAAS1 is based on the capacitor’s ability to convert electrical energy into stored energy by storing positive and negative electrical charges. The capacitor acts as a bridge between the two conductors and allows the flow of current. This allows the capacitor to absorb and store energy from the circuit it is connected to, meaning it can act as a buffer and help store energy for later release. The capacitor can also filter and regulate current, reducing noise and stabilizing voltages.

The F981A226MSAAS1 is ideal for applications that require high capacitance and low ESR, such as telecom and computing applications. It can also be used in other areas where its low leakage, high temperature stability and high capacitance are beneficial. These areas include medical electronics, automotive electronics, audio-visual systems and military applications.

The F981A226MSAAS1 is a reliable and dependable capacitor, making it a popular choice in various applications. Its high capacitance, low voltage and high temperature ratings make it an ideal choice for high frequency applications and other demanding conditions. Furthermore, its monolithic design provides increased reliability and stability, ensuring that it is a reliable choice for any application.

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