CB3LV-5I-26M6670

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Oscillators are versatile electronic circuits that generate repetitive waveforms. One of the most common types is the crystal oscillator, which is formed by connecting a quartz crystal and an electronic circuit to form a sure oscillating circuit. The CB3LV-5I-26M6670 is one such crystal oscillator which utilizes the fundamental physical properties of quartz and cutting-edge circuit design to accurately generate desirable waves. In this article, we will be discussing the application field and working principle of this oscillator.

Application Field

The CB3LV-5I-26M6670 is a high-performance crystal oscillator that is suited to a range of tasks including frequency stabilization, precision timing, and signal generation. Moreover, its flexible packaging and size makes it an ideal choice for embedded systems and tight spaces. Some of the common applications of this oscillator include:

• Radio transmission and communication systems
• High precision measurement instruments such as spectrum analyzer
• Radar systems in aircraft and vessels
• Synthesized music generators and sound synthesizers
• Wireless networking applications
• Cellphones, PDAs and other wireless devices

Working Principle

At the heart of the CB3LV-5I-26M6670 is a quartz crystal resonator. This device harnesses the piezoelectric effect of quartz, where applying voltage across a quartz crystal results in mechanical vibrations of different frequencies. This physical property has been leveraged in the past for a wide range of applications, including watches, automotive speedometers and radios.

The actual oscillator is composed of three parts—the crystal resonator, the amplifier and the output stage. The precise frequency of the output waveform depends on the resonating frequency of the crystal. When a voltage is applied to the crystal, it starts to vibrate at its maximum resonating frequency. This signal is then amplified and fed into the output stage. The output stage then further conditions the signal and generates an a.c. voltage output with a frequency that is proportional to the signal that it received from the amplifier.

In addition to this core functionality, the CB3LV-5I-26M6670 also features buffered outputs, a start-up time of 1ms, and a frequency stability of ± 0.2ppm. These features allow the oscillator to be extremely precise and reliable, making it an ideal choice for many applications.

Conclusion

The CB3LV-5I-26M6670 crystal oscillator is a versatile device that has a wide range of applications, ranging from communication systems and instrumentation to signal generators and wireless devices. Its design is based on the piezoelectric properties of quartz crystals and the complex interaction of electronic components, which makes it an accurate source of repeating waves with an extremely high degree of frequency stability.

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