7B-14.31818MEEQ-T Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are an important element of electronic manufacturing, used extensively in the majority of electronical components and systems. The 7B-14.,31818MEEQ-T crystal oscillator is an interesting example of this phenomenon and how a crystal can be put to effectively use in applications.

The 7B-14.,31818MEEQ-T crystal oscillator is a quartz-based crystal specifically designed for the accurate, stable and reliable timing circuits essential to all electronic designs. This type of crystal oscillator offers a high level of stability and reliability, through storing energy and acting as one of the most consistent and accurate frequency-setting sources available.

The 7B-14.,31818MEEQ-T crystal oscillator contains an expanding array of digital and analog circuit elements, calculating the frequency and then maintaining that frequency through several cycles. This is primarily done through a series of miniature springs and solenoids which are mounted on the crystal itself and interact with the crystal’s frequency-determining capacitance.

These springs and solenoids operate as a closed loop system, providing the needed consistency and stability to the crystal frequency. As the springs contract, the capacitance is reduced, in turn reducing the frequency, and as the solenoids push the springs back out, the capacitance increases and the frequency returns to its original setting.

In addition to its precision timing, the 7B-14., 31818MEEQ-T crystal oscillator is also an excellent choice for those applications requiring frequent tuning. Thanks to its solenoid mounting system, the crystal can be tuned to accommodate any minor chip speed changes or frequency shifts, allowing for rapid and accurate compensation times.

The 7B-14., 31818MEEQ-T crystal oscillator can also be used in applications where low temperature drift is necessary. By adjusting the operating temperature and then adjusting the crystal accordingly, many temperature-related errors can be eliminated. This feature makes the crystal particularly useful in digital and analog circuit applications, such as digital signal processing (DSP) and precision rate measurements.

The 7B-14., 31818MEEQ-T crystal oscillator is an impressive example of how effectively a crystal can be put to use in timing circuits and other applications. With its precision timing, low temperature drift, and ability to be quickly tuned, the 7B-14., 31818MEEQ-T crystal oscillator has become a popular choice for many electronic projects.

The specific data is subject to PDF, and the above content is for reference