ASGTX-P-19.440MHZ-2-T

Oscillators play a significant role in many modern day applications as they generate a regular waveform with a specified frequency. ASGTX-P-19.440MHZ-2-T is a type of oscillator that is used in a variety of applications to produce an accurate and stable frequency. In this article we will look at the properties and applications of the ASGTX-P-19.440MHZ-2-T oscillator as well as the working principle underlying its operation.

Properties of ASGTX-P-19.440MHZ-2-T

The ASGTX-P-19.440MHZ-2-T oscillator is a quartz crystal oscillator that operates at a frequency of 19.44 MHz. It has an operating temperature range of -20 to 70 degrees Celsius and a frequency stability of 0.025 PPM. The oscillator has a standard voltage of 3V and a current consumption of 12mA. The device also has a drive level of 10dBm. The oscillator has an excellent long-term frequency stability and the crystal has an operating life of over 10 years.

Applications of ASGTX-P-19.440MHZ-2-T

This type of oscillator can find a variety of applications in fields such as communications, medical instrumentation, consumer electronics, and industrial automation. The oscillator is suitable for use in a number of digital systems as the frequency is accurate and stable. It is also popular in systems that require accurate phase-locked loops such as frequency synthesizers, FM receivers, and frequency modulation. Additionally, the oscillator can be used in applications where precise frequency controls are required such as transceivers, frequency dividers, and data converters.

Working Principle of ASGTX-P-19.440MHZ-2-T

This quartz oscillator works on the principle of vibrating a quartz crystal to produce an electric signal of a specific frequency. The quartz crystal is basically an irregularly shaped flake of quartz which is cut in the form of a tuning fork. The crystal is then mounted inside a metal housing along with electrodes to supply the signal. When the oscillator is activated, an AC voltage will be applied to the electrodes which will generate an electric field across the quartz crystal. The electric field will cause the crystal to vibrate at the frequency determined by its geometry and this vibration is typically amplified to produce an output signal of a greater amplitude.

This vibration produces a resonant frequency which is determined by the crystal’s geometry and is accurately independent of temperature or pressure changes. This allows the oscillator to be used in situations where an accurate frequency is required. The quartz crystal is also inherently stable which results in excellent frequency stability over time.

Conclusion

The ASGTX-P-19.440MHZ-2-T oscillator is a quartz crystal based device that is widely used in a variety of digital systems for accurate frequency control. It has a wide operating temperature range and an excellent frequency stability. The oscillator is highly popular in applications like frequency synthesizers, transceivers, frequency dividers, and data converters. The oscillator works on the principle of vibrating a quartz crystal to produce an electric signal of a specific frequency which is determined by the crystal’s geometry.