CWX825-44.736M

Oscillators aim to provide a stable and repeatable source of output signals with controllable frequency characteristics. One example of a device in this category is CWX825-44.736M, which is a high precision low jitter surface mount crystal oscillator. It is a highly integrated device with a wide range of applications that make it a capable device for almost any system. This article will explore the application field and working principle of the CWX825-44.736M.

CWX825-44.736M Function and Applications

The CWX825-44.736M is a 44.736MHZ surface mount crystal oscillator designed for use in various telecommunication, consumer electronics and military/aerospace applications. It is a low jitter frequency source, which has the capability of providing highly accurate signals with very low jitter performance. This makes it ideal for applications requiring precision clock signals, such as high-speed data acquisition and processing, network synchronization and industrial automation systems. Additionally, the CWX825-44.736M is ideal for wireless communications, such as wireless LANs, GSM, GPS and Wi-Fi, due to its excellent performance and low-power operation.

CWX825-44.736M Working Principle

The CWX825-44.736M is an XTAL oscillator, with its operation based on the principle of quartz crystal oscillation. The oscillator contains a quartz crystal coupled with two metal electrodes. When an alternating current is applied to the crystal, it vibrates at a frequency determined by its physical properties. This vibration is then converted into a periodic electrical signal of a specific frequency, with the help of an amplifier circuit. The resulting frequency is highly stable and repeatable, making it a reliable frequency source.

The CWX825-44.736M utilizes a unique design that combines high-performance components with a low-power control circuit to provide stable and reliable clock signals. The oscillator is housed in a standard 7mm x 5mm package, which helps reduce power consumption when compared to other oscillators. The oscillator also utilizes a unique frequency control algorithm to ensure accurate and low-power operation. This algorithm allows for precision frequency adjustment to compensate for environmental effects such as temperature and voltage variations.

Conclusion

The CWX825-44.736M is a capable oscillator designed for use in various telecommunications, consumer electronics and military/aerospace applications. It is a low jitter source with highly accurate frequency characteristics, making it ideal for applications requiring precision clock signals. Additionally, the oscillator utilizes a unique frequency control algorithm to ensure accurate operation and low-power consumption. This makes it an ideal solution for any system requiring a precision and low-power oscillator.