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Elevate the stability and performance of your electronic circuits with our ubiquitous 0.1µF Ceramic Capacitor, commonly identified by the code 104. This versatile 50V Disc Capacitor is an absolute essential in almost every electronic design, playing a crucial role in ensuring clean power and stable signal integrity. Its compact, non-polarized design makes it incredibly easy to integrate into a wide array of applications.

Primarily, the 0.1µF ceramic capacitor excels as a decoupling capacitor or bypass capacitor. When placed close to the power supply pins of integrated circuits (ICs) like microcontrollers, op-amps, or digital logic chips, it acts as a tiny, fast-acting energy reservoir. This helps to smooth out momentary voltage fluctuations and high-frequency noise that can occur on power rails due to rapid switching of ICs. By providing a low-impedance path to ground for this noise, it prevents erratic behavior, ensures stable operation, and enhances the overall reliability of sensitive electronic components.

With a robust 50V voltage rating, this ceramic disc capacitor is well-suited for a majority of low to medium voltage applications, including 3.3V, 5V, 12V, and 24V systems. Its through-hole design allows for easy mounting onto breadboards for prototyping, as well as secure soldering onto printed circuit boards (PCBs). Ceramic capacitors are known for their excellent frequency response, low loss, and stability over temperature variations, making them ideal for high-frequency filtering, signal coupling, and even basic timing circuits where precision is not paramount. Whether you're building an Arduino project, designing a power supply, or working on audio circuits, the 0.1µF (104) 50V ceramic capacitor is a fundamental building block for noise reduction and stable circuit operation. Ensure the long-term reliability of your electronic creations by incorporating this indispensable component.

The 0.1µF (104) ceramic capacitor is a widely used disc capacitor in electronics for bypassing, signal filtering, and power decoupling. Marked with the code 104 (10 × 10⁴ pF = 100,000 pF = 0.1µF), it is essential for suppressing high-frequency noise in power and signal lines.