ATS270A

Crystals

Introduction about ATS270A

The ATS270A crystal is a small, low power surface mount device designed for use in resonators, filters, and oscillators applications. The crystal is manufactured using a patented process that combines passive materials with active elements to produce high quality and reliable devices. ATS270A is an excellent choice for applications requiring an efficient, low cost, and low-power device.

ATS270A Applications

The ATS270A crystal can be used in a wide range of applications, including telecommunications, medical, automotive, and industrial markets. The device has been designed for use in applications such as Automated Test Systems, Voice-over-IP, Base Station Communications, Global Positioning System (GPS) and Network Time Protocol (NTP) sensing. It can also be used for GPS precision timing, frequency measurement, and ultrasound imaging, as well as in radio receivers, transmitters and transceivers.

ATS270A Working Principle

The ATS270A crystal works by converting a crystal oscillator\'s mechanical vibrations into electrical signals. The crystal is mounted on a damping plate and vibrates when an electrical current passes through it. This vibration is then converted into an electrical current, which can then be used for communication and other applications. The crystal can be adjusted in frequency to produce the most precise results possible.

The ATS270A crystal produces a steady, consistent frequency, which is ideal for precision timekeeping and other applications that require precise timing. The device can also be used in temperature-controlled environments, as the oscillator is not affected by ambient temperature. The device also offers low power consumption and a long service life.

Conclusion

The ATS270A crystal is a low power surface mount device designed to be used in resonators, filters and oscillators. The device is an excellent choice for applications that require an efficient, low-cost and low-power device. The ATS270A crystal works by converting a crystal oscillator\'s mechanical vibrations into electrical signals, which can then be used for communication and other applications. The crystal is adjustable in frequency to achieve the most precise results possible. Additionally, the device can be used in temperature-controlled environments, offers low power consumption, and has a long service life.