CX2016DB30000D0GPSC1

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Crystals are extensively used in electronic circuits, particularly communication systems, to control frequency and time. CX2016DB30000D0GPSC1, with high stability and shock resistance, is one of the most popular types of crystals. Its application field and working principle will be discussed in this article.

CX2016DB30000D0GPSC1 crystals are widely used in various digital circuits and systems, such as stored temperature compensation system, wireless power supply system, and wireless communication system. It can be used as clock source in any digital circuit. The most common application of CX2016DB30000D0GPSC1 is frequency control and timing in various digital devices, such as digital measurement instruments, integrated circuits and microprocessors.

The working principle of CX2016DB30000D0GPSC1 is based on quartz oscillation. When a quartz crystal is subjected to an electrical field, it will vibrate at a certain frequency due to the pressure induced by the electrical field. This vibration can be used as a radio frequency signal with a very high frequency stability. Through the crystal oscillator circuit, the vibration signal is amplified and used as output frequency signal in the system.

The frequency stability of CX2016DB30000D0GPSC1 is one of its most important features. This type of crystal is usually manufactured with high precision and temperature resistance, so it can be used as a stable clock source for long-term frequency control and timing. The frequency accuracy of ±3ppm and stability of 0.5ppm make this crystal suitable for a wide range of frequency control and timing applications.

In addition to its high precision frequency control, CX2016DB30000D0GPSC1 has a wide range of characteristics, such as wide temperature range, high shock resistance, high vibration tolerance and long aging time. These properties make it suitable for various industrial and military applications. Its wide usage can be attributed to its high stability, relatively low cost and wide frequency range compared to other types of oscillators.

CX2016DB30000D0GPSC1 is a type of crystal oscillator used in a wide variety of digital systems. It has high stability and accuracy, and its wide temperature range, shock resistance and vibration tolerance make it suitable for a variety of applications. By using the quartz oscillation effect, it is able to provide highly stable frequency control and timing signals in a wide range of digital systems.

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