AA-16.000MENQ-T

Crystals are materials which are categorized by their chemistry and crystalline structure. They have the ability to absorb, store, and emit energy in a variety of ways. Much of the research, development, and product application of crystals lie in the area of magnetism and materials science. One specific field is the application of AA-16.000MENQ-T crystals and their unique working principles.

AA-16.000MENQ-T Crystals

AA-16.000MENQ-T is a series of high-precision quartz crystal resonators which are designed for use in frequency control applications. The ultra-low phase noise of these devices makes them ideal for highly integrated solutions in electronic designs. The key characteristics of this series of crystals include tight tolerance, high stability, low phase noise, and low cost. The series is available in various frequencies ranging from 3.2 to 168MHz.

Application Fields

The most common application fields for AA-16.000MENQ-T crystals are as follows:

• Cellular communications
• WiFi
• Bluetooth
• GPS
• Data transmission
• High-speed computing
• Industrial instrumentation
• RF-ID systems
• Automotive infotainment systems

The AA-16.000MENQ-T series has a wide range of uses in electronic designs due to its ultra-low phase noise and tight tolerance. The versatility of the series makes it a suitable choice for applications requiring fine-tuning frequency control.

Working Principle

The working principle of AA-16.000MENQ-T crystals is based on the ability of quartz to vibrate or oscillate at a specified frequency when an electrical, magnetic or mechanical field is applied. The quartz crystal is cut in the shape of a plate which produces compression stress on the quartz material. This compression stress is released when the crystal is energized, resulting in the quartz resonating at a certain frequency. The frequency of the crystal can be adjusted by external factors such as temperature, voltage, or magnetic field.

The crystal structure is made up of four electrical ports which are connected to a final resonant cavity of the quartz resonator. The electrical signals generated by the crystal are either in the form of voltage, frequency or current. The frequency is determined by the physical parameters of the quartz crystal and its electronic components.