ZTT50.00MX

Resonators

The ZTT50.00MX is an advanced resonator that is used in a wide range of applications. It is particularly well suited for applications that require precise frequency control, such as signal transmission, signal processing and signal stabilization.

Application Field

The ZTT50.00MX resonator is designed for applications in telecommunications, automotive electronics, medical devices, and other areas requiring precise frequency control. It can be used to generate precise and stable signals, which are necessary for proper transmission and reception of data. This resonator can be used with both analog and digital signals, and is especially well suited for use in high-frequency applications.

The ZTT50.00MX is well-suited for use in applications such as frequency control, signal transmission, signal demodulation and signal processing. It is also used in industrial and medical applications, such as locomotive and military vehicle communications, broadcasting and navigation, medical equipment, and mobile radio.

Working Principle

The ZTT50.00MX resonator is based on a piezo-electric transducer which is operated in the net negative resistance mode. It uses a small-size quartz resonator, which is held in a special ceramic housing, and the frequency is generated by an oscillator circuit. The frequency of the resonator is dependent on the frequency of the oscillator, and the resulting signal is output via a digital I/O port. The frequency is programmed via a software interface, and the frequency will remain stable over the operating temperature range of the resonator.

The ZTT50.00MX resonator also features a low phase noise voltage, which allows for clean, low-distortion frequency generation. This is important for applications that require precise signal transmission and low noise. The resonator also features an integrated EMI/RFI filter, which helps to reduce interference from external sources.

Conclusion

The ZTT50.00MX is an advanced resonator that is used in many different applications, such as telecommunications, automotive electronics, medical devices, and other areas requiring precise frequency control. It is based on a net negative resistance piezoelectric transducer, which is operated by an oscillator circuit. The resonator features a low phase noise voltage, EMI/RFI filtering, and excellent frequency stability over a wide temperature range.