9C-27.000MAAK-T

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Crystals: 9C-27.000MAAK-T application field and working principle

Crystal has remained an essential part of digital world since the 20^th century, particularly in the fields of communication, computing, and sensing technologies. As a result, the development of crystal technology has continued to expand, providing better performance and higher sensitivity. The 9C-27.000MAAK-T is a prominent example of one of the many types of crystals in today’s world.

Overview

The 9C-27.000MAAK-T Crystal is a TCXO (Temperature Compensated Crystal Oscillator) made by Japanese manufacturing company Micro Crystal. It operates specifically in the HF (High Frequency) band at a frequency between 25MHz and 30MHz. It offers high precision and long-term stability and can be used in various timing devices such as watches, computers and digital television.

Application Field

The 9C-27.000MAAK-T Crystal is most commonly used in HF band radio applications, particularly in digital radio broadcasting. It is employed to generate a clean, stable signal with accuracy, in compliance with the frequency exactitude needed for digital transmission. This ensures that the reception of signals is not impaired by errors or impairments, such as jitter or drift. Additionally, it is highly applicable in CPU-controlled systems in computers, industrial robots and other data-driven technologies.

Working Principle

The 9C-27.000MAAK-T Crystal is a precision oscillator which vibrates at a certain base frequency. It consists of a small quartz crystal inside two electrodes, which applies a certain amount of electrical energy to the crystal, causing it to vibrate in a resonant frequency at tens of MHz. The output of the crystal is amplified and regulated to keep the frequency constant and to make it suitable for digital uses. The vibration of the crystal also creates a slight electric field around it that charges the capacitors at the end of the electrodes.

The crystal will perform at an ultra-precise rate despite it being subject to temperature variations due to its temperature-compensating mechanism. This mechanism consists of a thermistor placed parallel to the crystal in order to be able to detect the temperature. When this variation occurs, the field intensity is altered slightly and the frequency of the crystal changes slightly, but this happens in a controllable manner, making it suitable for most digital applications.

Conclusion

In conclusion, the 9C-27.000MAAK-T Crystal is a precious component that guarantees stability and accuracy, offering reliability and supreme dependability when it comes to digitization. Though this component is already part of many digital gadgets, its usage is still expanding, especially in mobile technologies. Its high precision nature and temperature compensation mechanism makes it one of the most reliable components of crystal technology.

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