TXETDDSANF-10.000000 Crystals, Oscillators, Resonators

Oscillators: TXETDDSANF-10.000000 Application Field and Working Principle

Oscillators are widely applied in the field of electric devices, serving as an indispensable part. Taking TXETDDSANF-10.000000 Oscillator, as one of the commonly-seen oscillators, as an example, let us learn more about its application fields and working principle.

Application Field of TXETDDSANF-10.000000 Oscillators

TXETDDSANF-10.000000 oscillators are indispensable components of many electric and communication devices. The devices which can widely apply this oscillator include GPS devices, telecom base stations, computers, CRT displays, RF transmitters or receivers, routers, cellular phones, and more. This oscillator is especially useful in those cases that requires precise and stable clock signal.

Working Principle of TXETDDSANF-10.000000 Oscillators

TXETDDSANF-10.000000 oscillator has dual outputs, which can provide signal both to drive an internal circuit as well as an external circuit. The internal CMO has an operating frequency adjusted to 10MHz. A low-power amplifier amplifies the output signal, while the internal circuit has resonators to tune the output signal based on the reference frequency.

When the voltage applied to an electric device is below a certain level, the signal output from TXDDSANF-10.000000 Oscillator will cause a change in the device operation status: the device will enter a disabled state, in which the internal circuit is not able to rotate and the power consumed will be very low. In this disabled state, no magnetic or electric disturbance will be produced, which is good for the safety and reliability of electric device.

Conclusion

To conclude, the TXETDDSANF-10.000000 Oscillator has wide application in modern electric products, such as GPS devices, telecom base stations, computers, and so on. This kind of oscillator mostly plays the role of output clock signal, its dual outputs providing signal both to drive an internal circuit and another external circuit. The internal CMO has an operating frequency adjusted to 10MHz. When the signal output drops below a certain threshold, the device will enter a disabled state, which is beneficial in improving the safety and reliability for electric products.