ABM11W-35.4160MHZ-4-D2X-T3

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Crystals

Crystals are extremely important components in many electronic devices. In particular, quartz crystals are widely used to produce regular and consistent frequencies for use in communication and timing applications that require high precision. One such quartz crystal is the ABM11W-35.4160MHZ-4-D2X-T3, which is widely used in various applications owing to its superior tolerance of temperature and maximum working frequency.

Application field

The ABM11W-35.4160MHZ-4-D2X-T3 crystal is used primarily in telecommunication and radio frequency (RF) applications. It is commonly found in radio receivers, voltage-controlled oscillators, frequency counters, RF transceivers, cellular phones, GPS systems, and Wi-Fi antennas. This crystal also finds use in commercial and industrial electronic applications, such as automatic door openers and medical instrumentation.

Working principle

The ABM11W-35.4160MHZ-4-D2X-T3 crystal operates on the principle of piezoelectricity. Quartz crystals are composed of positively and negatively charged particles, and when an outside electrical current is applied, these particles exert a force and begin to vibrate. This vibration produces a steady, reproducible electrical frequency, which is then used to accurately regulate the timing and frequency of various applications.

The crystal receives electricity from an external source and then produces a reliable frequency and accurate timing required for the communication and operation of various electronic applications. It also features superior temperature tolerance, meaning it will retain a consistent frequency despite changes in temperature. The crystal also features a maximum working frequency of 35.4160MHz, which is beyond the scope of many other conventional crystals.

Conclusion

The ABM11W-35.4160MHZ-4-D2X-T3 crystal is a quartz crystal used primarily in telecommunication and radio frequency applications. It works on the principle of piezoelectricity, wherein an applied electric current induces a force that causes the crystal to vibrate at a steady, consistent frequency. This crystal features a maximum working frequency of 35.4160MHz and offers superior temperature resistance. Furthermore, it is found in such devices as radio receivers, voltage-controlled oscillators, and frequency counters, as well as commercial and industrial electronic applications.

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