CS10-22.1184MABJ-UT

Crystals: CS10-22.1184MABJ-UT Application Field and Working Principle

Crystals, including CS10-22.1184MABJ-UT, are among the most important components in modern electronics. Without them, it would be impossible to generate or control electrical signals required by integrated circuit devices. This article will explain how CS10-22.1184MABJ-UT works, what its application field is and its characteristics for electronic circuit design.

What is CS10-22.1184MABJ-UT ?

CS10-22.1184MABJ-UT is a 10.0MHz crystal oscillator that is commonly used in digital electronic circuit design. It features AT cut quartz crystal as its resonant material, and is designed to generate a stable, accurate and high-resolution output frequency. This type of crystal consists of two quartz plates that have been cut and polished and mounted in a holder. The top plate contains electrodes and a capacitive element, which work with the bottom plate to produce a crystal oscillatory circuit and generate a stable output frequency.

CS10-22.1184MABJ-UT Application Field

Since CS10-22.1184MABJ-UT can produce 10.0MHz output frequency, it is suitable for various digital electronic applications that require stable, accurate and high-resolution output frequency. These applications can be found in consumer electronics, automotive electronics, instrumentation, communication devices, and industrial automation. For example, CS10-22.1184MABJ-UT can be used in mobile phones and tablets to create clock signals for microprocessor or radio frequency chip designs. It can also be used in sensors, control systems and digital signal processing (DSP) devices, to name just a few.

CS10-22.1184MABJ-UT Working Principle

The CS10-22.1184MABJ-UT crystal oscillator works on the principle of mechanical resonance. When an alternating voltage is applied to the crystal, it vibrates, generating an electric signal. This alternating electric signal is then amplified, resulting in a fixed frequency output. The frequency of the output is determined by the frequency of the alternating voltage applied to the crystal, as well as by the size and shape of the crystal.

The CS10-22.1184MABJ-UT oscillator utilizes the piezoelectric effect, wherein when a voltage is applied across a quartz crystal, it begins to vibrate. The frequency of the vibration is determined by the shape, size, and orientation of the crystal. In the case of the CS10-22.1184MABJ-UT oscillator, a 10.0MHz output frequency is generated when an alternating voltage is applied to the crystal.

Characteristics of CS10-22.1184MABJ-UT

The CS10-22.1184MABJ-UT oscillator has several characteristics that make it an ideal component for digital electronics. First, its output frequency is very precise, with a frequency accuracy of +/-20ppm. This makes it suitable for applications requiring accurate timing, such as microprocessors, radio frequency chips, and sensors.

Second, its frequency stability is excellent over a wide temperature range. This is important in applications where temperature may vary drastically, such as in automotive electronics and industrial automation.

Third, its output signal is very clean and free of noise, making it ideal for signal processing requirements.

Finally, it is extremely small and lightweight, allowing electronics engineers to design compact, lightweight devices.

Conclusion

The CS10-22.1184MABJ-UT crystal oscillator is an ideal component for digital electronics. It has a highly precise output frequency, excellent frequency stability over a wide temperature range, and a clean, noise-free output signal. Furthermore, it is small and lightweight, making it suitable for use in applications that require compact, lightweight designs.