407F35D016M6700

407F35D016M6700

Application Field and Working Principle

Sunding Electronics’ 407F35D016M6700 is a crystal oscillator that uses quartz crystal as the resonating element to produce an aperiodic and highly accurate signal. This signal can then be used to generate precise waveforms, typically used in precision timing and frequency control applications. It is primarily used in radio communications and digital signal processing systems, where achieving accuracy is paramount.

The 407F35D016M6700 has a frequency of 16MHz and operates within a temperature range of -40 to +85 ºC. An important feature of this crystal oscillator is that it is highly temperature stable, tolerating a wide temperature range without losing accuracy. This makes it well suited to applications that are affected by changes in temperature and where high frequency accuracy is essential.

The 407F35D016M6700 operates on the principle of electrical resonance in a quartz crystal. The crystal, usually made of quartz, is cut and polished in a particular shape with a precisely symmetrical array of electrodes deposited on the surface, along with lid and base electrodes. When an alternating electrical signal of a specific frequency is applied to the crystal, it will oscillate and generate an electrical oscillation of the same frequency. This signal is then amplified by an internal amplifier and is output from the crystal.

The 407F35D016M6700 crystal has numerous features and advantages, making it suitable for a wide range of applications in radio communications, digital signal processing and other areas where accuracy and reliability is of the utmost importance.

One of the most important features is the high accuracy of frequency produced. It is designed to produce highly consistent signals regardless of the temperature within its operating range, making it well suited to temperature sensitive applications. It is also designed to be low power consuming, making it suitable for portable or battery powered applications. Furthermore, this crystal has an extremely wide frequency stability range of ±50 ppm, making it very reliable in terms of accuracy and stability over prolonged periods of time.

In addition, the 407F35D016M6700 has a simple construction and is easy to use. With its wide range of features and advantages, this crystal is a great choice for applications that require accuracy, reliability and wide temperature range.