403I35D28M37500

Crystals play an important role when it comes to telecommunications, oscillators, filters, clocks and other similar mechanisms. The 403I35D28M37500 crystal is an example of this type of vital component, and its application and working principle are explored below.

Application Field

The 403I35D28M37500 crystal is a miniature quartz crystal resonator with outstanding mechanical and frequency stability. It is available in various packages, including bare crystals and SMD envelopes, and is a perfect fit for telecom, consumer and industrial applications. This crystal has a low profile, and its tiny size allows it to be used in designs that require minimal board space. Some common applications of the 403I35D28M37500 crystal include clock and timing control, power management, temperature monitoring and stabilization, frequency synthesis, data synchronization, and more.

Frequency Range

The 403I35D28M37500 crystal has a frequency range of 1MHz to 33MHz and is designed to resist environmental and electrical effects. The frequency range is extremely accurate, so it can be used in critical system designs that require very precise frequency controls. Furthermore, it has a wide dynamic range, making it suited to a multitude of temperature and pressure conditions. The frequency range also makes it suitable for transmissions of all kinds, including digital and analog.

Working Principle

The 403I35D28M37500 crystal utilizes a quartz oscillator that vibrates at specific frequencies. These vibrations cause the crystal to generate an electrical signal of a specific frequency. This signal can then be used as a continuous reference for other electrical circuits. The stability of the quartz oscillator makes the output frequency of the 403I35D28M37500 crystal highly predictable. The quartz Crystal is also highly efficient, which means less power is required to keep it vibrating.

Conclusion

The 403I35D28M37500 crystal is a miniature quartz crystal resonator with outstanding frequency stability and reliability. It is suitable for various applications ranging from telecom to consumer and industrial. Its frequency range is extremely accurate and it is capable of operating in a wide variety of temperature and pressure conditions. Lastly, the quartz oscillator used by the 403I35D28M37500 crystal ensures that the output frequency is highly stable and efficient.