TD-8.192MCE-T

Introduction

The TD-8.192MCE-T oscillator is an oscillator manufactured by TDK Corporation that is specially designed to meet the highest requirements of the audiovisual industry. It is an ideal solution for audio and video applications, which require reliable and stable performance. The TD-8.192MCE-T oscillator combines a stoneware ceramic resonator with a microprocessor microcontroller, enabling high stability with a wide temperature range.

Application Field

The TD-8.192MCE-T oscillator is most commonly used in the audiovisual industry. As mentioned before, it is suitable for audio and video applications, which require reliable and stable performance. The TD-8.192MCE-T oscillator can maintain its frequency stability over a wide temperature range. This makes it ideal for use in high-temperature audiovisual environments, such as concert halls, theaters, and conference rooms.

The TD-8.192MCE-T oscillator is also suitable for communication applications. It is highly reliable and resistant to electromagnetic interference (EMI), making it an ideal choice for wireless communication applications such as cellular networks, Wi-Fi networks, and Bluetooth communication.

Working Principle

The working principle of the TD-8.192MCE-T oscillator is based on the combination of stoneware and microprocessor technologies. The stoneware ceramic resonator is used as the frequency reference in the oscillator. It is composed of a quartz crystal that is piezoelectric in nature. This means that the crystal is able to vibrate as an electromechanical reaction to electrical signals. A circuit converts the crystal’s vibration into electrical signals that are used to control the oscillator’s frequency.

The microprocessor microcontroller acts as the stabilizing component in the oscillator. It continuously monitors the frequency of the oscillator and utilizes D/A (digital-to-analog) and A/D (analog-to-digital) converters for accurate frequency measurement. Once the measured frequency is determined, the microcontroller adjusts the frequency of the oscillator, as needed, to ensure accurate and stable performance over the wide temperature range. In addition, it is able to compensate for any potential temperature change.

Conclusion

The TD-8.192MCE-T oscillator is an efficient and reliable oscillator used for audiovisual applications. It combines stoneware and microprocessor technologies to achieve a high degree of reliability and stability. Its application field includes audio and video applications, as well as wireless communication applications. The oscillator’s working principle is based on the combination of stoneware and microprocessor technologies, with a microprocessor microcontroller used for stabilizing the oscillator’s frequency over a wide temperature range.