406I35B10M00000

The 406I35B10M00000 are a type of crystal used in many applications, such as oscillators, oscillator frequency dividers, and frequency synthesizer. They act as an electrical signal source and can help to optimize the performance of any system. Here, we will look into the application field and working principle of the 406I35B10M00000.

Application field

The 406I35B10M00000 crystals are often used in electronic products, such as cellular phones, radio receivers, medical equipment, measuring instruments and the like. They are also used in telecommunication systems, as part of a frequency synthesizer, for modulators, for oscillators and dividers and for various other applications.

Working principle

The 406I35B10M00000 works on a principle called quartz oscillator. This is a type of oscillator that is used to generate electrical signals of a specific frequency. It works on the basis of the piezoelectricity phenomenon, in which a crystal will produce an electrical signal when it is stressed or deformed. Thus, when the 406I35B10M00000 crystals are electrically charged, they will produce an oscillating signal. The frequency of the signals is determined by the shape, dimensions, and material of the crystal.

Operation and Frequency Stability

The 406I35B10M00000 crystals can be operated in either of the two modes: parallel or serial. In the parallel mode, the crystal operates in a way such that the frequency is maintained over a wide range of supply voltages. On the other hand, in the serial mode, the crystal applies a constant voltage across the crystal and thus modulates the frequency of the signal, as the supply voltage changes.The frequency stability of the 406I35B10M00000 is excellent compared to other crystal oscillators. This is due to the fact that the frequency is significantly less affected by changes in temperature, a feature known as thermal stability. This is important for any system that works in an environment with changing temperatures, as the 406I35B10M00000 can maintain a stable and consistent frequency despite fluctuations in temperature.

Conclusion

The 406I35B10M00000 is a type of crystal that is used in numerous different applications, such as in oscillators, oscillator dividers, frequency synthesizer and more. It works on the principle of quartz oscillator and produces an electrical signal when it is stressed or deformed. It can be operated in either of the two modes, and its frequency stability is excellent. In conclusion, the 406I35B10M00000 is a useful crystal for many applications and is a reliable source of electrical signals.