TXETDDSANF-30.000000 Crystals, Oscillators, Resonators

Characteristics and Applications of the TXETDDSANF-30.000000

The TXETDDSANF-30.000000 is a piezoelectric oscillator. Its main characteristics include a wide frequency range of 30.000000MHz, a typical rise and fall time of 1000ns, an output level of 5mV, an output impedance of 2Kohms and an operating temperature range of -20°C to +85°C. It offers high stability, low Phase-Jitter and fast settling time.

The TXETDDSANF-30.000000 is a great choice for applications that require high stability. It is ideal for data communication, signal transmission, military, aerospace and high-reliability applications. In addition, it can also be used in precision oscillators, frequency synthesizers, time-base generators and multistage and low-frequency filters.

TXETDDSANF-30.000000 Working Principle

The TXETDDSANF-30.000000 working principle is based on the operation of a negative feedback loop. This is achieved by connecting the output of the oscillator to one of its components, known as the feedback loop. This connection is used to adjust the voltage, current and frequency level produced by the oscillator. When the output frequency of the oscillator matches the desired frequency range, the feedback loop ensures that the level of the voltage, current and frequency remain stable.

The TXETDDSANF-30.000000 also employs crystal oscillators to achieve high frequency stability in applications that need precise guidance. The crystal oscillator works by using the piezoelectric effect; by applying a voltage to a quartz crystal, the crystal\'s oscillation is modified and it produces an output frequency. This output frequency is then utilized by the feedback loop to keep the frequency of the oscillator stable.

Conclusion

In conclusion, the TXETDDSANF-30.000000 is an oscillator that utilizes the piezoelectric effect and negative feedback loop to provide stable frequency and time references for a wide variety of electronic and laboratory testing equipment. It\'s suitable for applications that require high stability, such as data communication, signal transmission, military and aerospace applications. As its accuracy is dependent on the piezoelectric effect, however, it\'s important to note that its accuracy is limited to around a few ppm.