406C35B10M00000 Datasheet/PDF406C35B10M00000 is a type of highly accurate crystal used for oscillators in computing, communication, and radio applications. This type of crystal offers the highest level of accuracy and stability, making it ideal for those applications where precision is paramount. In this article, we discuss the application fields and working principles of406C35B10M00000 in detail.
The 406C35B10M00000 is a commonly used crystal oscillator in various industries due to its enhanced stability and accuracy. The oscillator has an operating frequency of 10 MHz, making it suitable for a variety of communication, computing, and radio applications. It comes with a frequency tolerance of +/- 5 ppm which ensures the accuracy and precision of frequency output. The oscillator also comes with a temperature stability of +/- 0.25 ppm/C, which is highly accurate and reliable in various operating temperature conditions.
The 406C35B10M00000 is used in a wide range of applications such as medical equipment, telecommunications, signal processing, and telemetry. In medical equipment, the crystal is used for signal processing to accurately identify and detect particular frequencies inside the patient’s body. It is also used for measuring the performance of medical equipment, as well as for synchronization purposes. In telecommunications, the crystal is used for modulation and demodulation of signals to ensure that information is transmitted accurately. It is also used in signal processing to accurately detect and identify particular signals.
The working principle of the 406C35B10M00000 is based on the principle of piezoelectricity. Piezoelectricity is the relationship between electric and mechanical energy, where an electric field induces a mechanical strain in a crystal. In the406C35B10M00000, this strain is the source of the output frequency. The electric field generated by the application of voltage, results in a mechanical strain on the crystal, causing the crystal to vibrate at a certain frequency. This frequency is then amplified and converted into output, which is used in various applications.
Overall, the406C35B10M00000 is ideal for applications which require highly accurate and stable frequency output. It is commonly used in medical equipment, telecommunications, signal processing, and telemetry applications. Its accuracy and stability is further enhanced by its frequency tolerance and temperature stability ratings. Finally, the working principle of the crystal is based on the principle of piezoelectricity, where an electric field is applied to the crystal, resulting in a mechanical vibration at a particular frequency, which is amplified and output for various applications.