416F26013AKR

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Crystals are used in a wide range of applications, and their usage is not limited to time-keeping devices such as watches. A perfect example of this is the 416F26013AKR crystal, which has become an increasingly popular integrated frequency-controlled time base (IFTB). This crystal is highly sought after due to its robust nature and accuracy. It is capable of continually operating at a high level of reliability. Herein, we will discuss the application field and working principle of this promising crystal.

416F26013AKR crystals are ideal for applications that need a precision, uninterrupted signal at specific intervals. This includes radio, switching and portable applications, as well as communication, instrumentation, and digital circuits. Such uses are ubiquitous due to their high precision and reliability. In addition, this crystal module can be used in other applications such as audio and automotive systems, as well as medical and defense systems.

The 416F26013AKR crystal oscillator is an abrasion-based shear-mode device, meaning it functions on the principle of vibrating frequency rather than amplitude. Like other abrasion-based crystals, the oscillator makes use of a quartz crystal in the form of a wafer cut from the quartz. This wafer is then mounted between two electrodes, to which an electrical potential is applied in order to produce a vibrational field. The wafer vibrates at its resonant frequency, which lies in the range of 34.5–54.5 MHz. Thus, the oscillation frequency of the crystal is determined by the thickness of the wafer, as well as the applied electrical potential.

Additionally, the 416F26013AKR crystal has a high stability, ensuring precise results. This helps to maintain the accuracy of the applications its used in. The self-drive allows for a variation of its drive level in order to reach its optimized frequency. Furthermore, the device is capable of maintaining its frequency in environments with up to 80°C. The high frequency stability provides tight frequency regulation and allows for digital output or synthesis by either Phase Locked Loops (PLLs) or Frequency Locked Loops (FLLs).

In conclusion, the 416F26013AKR crystal is a feasible solution for numerous applications due to its robust accuracy, stability and drive level variation. This highly reliable device operates on the abrasion-based shear-mode principle, using a quartz wafer and applied electrical potential to generate an oscillation frequency. It is also able to maintain its performance in environments up to 80°C. Overall, it is clear to see why the 416F26013AKR is a highly sought-after integrated frequency-controlled time base.

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