AX7DCF3-933.1200T

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Oscillators are devices that maintain a repetitive signal of specific parameters over an extended period of time. The AX7DCF3-933.1200T in particular is an oscillating crystal with low-jitter output that is incredibly precise in maintaining its output over its extended life. The device has applicability in a number of different fields and is designed to work in some very specific ways.

Application Field

The AX7DCF3-933.1200T is primarily designed as an oscillator that works in a wide range of communications equipment, providing low-jitter signals even in environments where electromagnetic interference is present. This makes it a particularly popular choice for telecommunications systems, satellite navigation, and more. Additionally, its precise large-signal stability and low aging rate make it suitable for use in precision measurement instruments and clock generators.

Working Principle

The principle of operation of the AX7DCF3-933.1200T is based on its quartz crystal composition, which produces a sharp, accurate resonance frequency. The crystal is housed in a package that utilizes four gold-plated metal electrodes to make contact with the quartz and the package\'s body. This allows the quartz crystal to resonate at the required crystal frequency, and the rate of this frequency is determined by its physical parameters.

In order for the oscillating crystal to achieve the specified frequency, an initial electrical stimulation is necessary. This serves not only to initiate the oscillations but also to establish the frequency accurately. The AX7DCF3-933.1200T is designed to achieve very consistent accuracy over a wide range of frequencies and under a variety of environmental conditions. The device is able to maintain both instantaneous frequency accuracy and long term stability and is resistant to temperature variance or thermal shock.

In addition to its technical components, the AX7DCF3-933.1200T also includes a number of features that make it an attractive choice for a variety of applications. Its low power requirements, low-jitter frequency output, and extended temperature range from -40°C to +85°C make it especially attractive for use in a wide variety of applications.

Conclusion

In conclusion, the AX7DCF3-933.1200T is an ideal oscillating crystal for use in a wide variety of communications equipment, precision instruments, and clock generators. The device utilizes its quartz crystal composition to provide a low-jitter output for extended periods of time. Its low power requirements, low-jitter frequency output, and extended temperature range make it suitable for use in a wide variety of applications.