NX2016SA-26MHZ-EXS00A-CS07225 Crystals, Oscillators, Resonators

Crystals are solid-state materials that produce an oscillation signal when they are excited by an electric field. These crystal oscillators can be used in many applications including radio communications, clock generators, and timing circuits. Crystals can also be used to create quartz crystal resonators that are used to stabilize the frequency of radio transmitters and receivers. Crystals are also used in computers and phones to maintain the accuracy of the timekeeping components. Crystals are available in a variety of frequencies, shapes, and sizes.

NX2016SA-26MHZ-EXS00A-CS07225 is a crystal oscillator that is widely used in many electronic applications. It is a small-size, RoHS complaint, high-stability crystal with superior reliability. This crystal oscillator has excellent power dissipation characteristics and can operate over a wide temperature range. The crystal has a 12.5-50ppm frequency variation over temperature and a frequency of 26MHZ. It also features low aging and stop frequency variation characteristics. This crystal is well suited for use in communications systems, instrumentation, and other industrial applications.

The NX2016SA-26MHZ-EXS00A-CS07225 is often used in communications systems, instrumentation, and other industrial applications. It is an ideal solution for applications requiring higher frequency stability over temperature. The crystal oscillator works by creating a voltage oscillation between two electrodes. This voltage oscillation will be caused by an electric field generated by the electrodes. The electric field will then cause the quartz crystal to vibrate at a specific frequency. This frequency is determined by the size, shape and type of the quartz crystal used. The frequency of the oscillation can then be used as a timing reference for other electronic components.

In conclusion, the NX2016SA-26MHZ-EXS00A-CS07225 is a quartz crystal oscillator that can be used in a wide range of applications. It is a robust, reliable device that offers superior stability over temperature and frequency. The crystal provides an accurate and reliable timing reference, making it ideal for a variety of electronics applications. The workings of the device are based on the principles of crystal oscillators, whereby an electric field is used to cause the quartz crystal to vibrate at a specific frequency.