552CF000132DG

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

Pin Configurable/Selectable Oscillators are devices that are configured with a pin and connected to a satellite. These devices are used to reduce the effect of interference caused by neighboring satellites on the signal quality of the transmitted communication signals intended for a specific surrounding satellite. They also help to reduce the probability of interference with the intended signals. These oscillators are suggested when high stability and tight tolerance are desired. The following is an overview of the 552CF000132DG application field and working principle.

Application Field

The 552CF000132DG oscillator is used to generate a precise signal for various applications, including handheld electronics, servers, telecommunications and much more. An oscillator like this utilizes the crystal frequencies embedded within the device and outputs precise and stable signals that helps in meeting the stringent requirements of the applications. It has a very small size, which makes it more convenient to be used in applications that require portability and compact dimensions.

Working Principle

The 552CF000132DG oscillator utilizes a precise resonator such as quartz crystal, MEMS and other types of resonators. This is responsible for generating a periodic signal or a reference frequency. The frequency of the 1st overtone resonators and the 3rd overtone resonators is higher than the 2nd overtone resonator’s frequency. The 1st and 3rd overtone resonators are used to get the desired frequency range. The output frequency of the oscillator is determined by the equations of oscillator and the percentage of change of output frequency when the temperature changes can be calculated by it significantly.

The 552CF000132DG oscillator also uses a buffer, which is a set of transistors that amplifies the output signal. This buffer amplifies the output frequency so that it can achieve the desired levels as is projected from the crystal. The buffer also helps to reduce the effects of noise that is caused interference from outside sources. In order to provide stability, a reference amplifier is also used. This helps to keep the temperature within a fixed range and thereby reduce spurious signals.

When it comes to pin selection, these oscillators are highly configurable. The user can select the frequency range, the resonator type and the output frequency of the oscillator. This makes it easier to select the parameters of the oscillator as per specific requirements and specifications. Different types of configurations are also available to make it easier to select the frequency.

Conclusion

The 552CF000132DG oscillator is a highly configurable and selectable oscillator. It helps in generating precise and stable signals for various applications. It offers a wide range of frequency selection and low phase noise characteristics. It utilizes a reference amplifier and buffer for stability and noise immunity. With its wide range of configurations and small size, it is a great choice for applications that require portability and need high accuracy.

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