536EC106M250DGR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators: 536EC106M250DGR Application Field and Working Principle

The 536EC106M250DGR is a type of highly stable crystal oscillator with a wide range of applications. It provides high frequency accuracy with very low jitter and is ideal for use as the basis for a precision time base for low-power, spacesave and ultra-reliability operation for virtually any application, ranging from precision clocks to satellite navigation systems. This crystal oscillator is renowned for its very low phase jitter, high stability and high-end performance and can operate in environments where temperature, vibration and humidity are all frequently changing.

This oscillator is a type of piezoelectric resonator and it utilizes the “piezoelectric effect”, which states that electric charge is generated when pressure is applied to certain types of crystals, such as quartz. The quartz crystal is modified to act as a vibration oscillator and is connected to an external circuit, typically consisting of an amplifier and a frequency discriminator. When an external signal is applied, the quartz vibrates at its natural resonant frequency, which is determined by its specific geometry and materials used. The resonant frequency is maintained by means of feedback to an amplifier, which cancels any deviations in the frequency or phase of the signal.

The crystal element of the 536EC106M250DGR oscillator is made from precision cut quartz and is encased in a temperature-stable, high-performance material. The quartz is very sensitive to temperature and has a specific temperature coefficient that must be taken into consideration when designing with this type of crystal oscillator. Additionally, the quartz must be compensated to ensure accuracy and long-term stability and the quartz crystal is sealed within a hermetically sealed quartz package.

To ensure the highest precision in crystal oscillator operation, the 536EC106M250DGR comes with a variety of features that help maintain stability over time. These features include high-grade quartz crystals, thermal compensation, phase locked loops, variable capacitors, phase noise suppression, frequency tracking, and frequency adjustment. Additionally, the oscillator is designed to provide wide selection of frequencies and frequencies that are particularly stable, which is important for precision timing applications.

Lastly, the 536EC106M250DGR oscillator is designed to provide low power consumption, low-noise operation and excellent temperature stability. Its precise frequency accuracies allow for the precise control and operation of the oscillator, while the frequency range and wide operation temperature range make it suitable for many different applications. The oscillator is also designed to meet many stringent standards for accuracy, reliability and performance, making it well suited for a wide variety of mission-critical applications. Thus, it can be used in satellite, GPS, and automotive applications, as well as in computer systems for timekeeping and synchronization.

The specific data is subject to PDF, and the above content is for reference