TD-27.000MCE-T

Oscillator: TD-27.000MCE-T

TD-27.000MCE-T is a low jitter oscillator offering an ultra low phase noise performance and hence is ideal for applications where it is essential to achieve very low phase jitter or for those applications requiring additional stability and low power consumption. This type of oscillator utilizes a fixed frequency clock and is capable of providing very precise timing signals. This type of oscillator is mainly used in 5G cellular network applications, satellite communications and navigation systems, base station applications, signal conversion, and other high frequency applications.

Application Field

The TD-27.000MCE-T is ideal for use in those applications requiring the highest performance stability and low power consumption. As mentioned above, this type of oscillator is well suited for use in 5G cellular network applications due to its ultra low-phase noise performance and as a result, it is capable of providing very precise timing signals. This oscillator is also used in satellite communications, navigation systems, base station applications, and signal conversion.

Working Principle

The working principle of TD-27.000MCE-T is based on its dual oscillator design. It consists of two independent oscillators, which allows the oscillator to maintain its frequency stability in the presence of any external disturbances. The oscillators are configured in a loop, where the output of one oscillator is fed back as the input to the other. This loop allows for the oscillator to maintain its frequency accuracy over the widest possible temperature range. The output signals of the first oscillator are filtered and aligned to obtain the required low phase-noise signal. The dual oscillator design of the TD-27.000MCE-T offers an extremely low phase-noise performance.

Conclusion

The TD-27.000MCE-T is a highly reliable and robust oscillator that is ideal for use in applications requiring very precise timing signals. It utilizes a dual oscillator design to maintain frequency stability over the widest possible temperature range and offers an ultra low phase-noise performance. As such, it is ideal for use in 5G cellular network applications, satellite communications, navigation systems, base station applications, and signal conversion.