ASG-P-X-A-156.250MHZ-T

Oscillators

An oscillator is a device that produces an alternating output signal of a certain frequency. The ASG-P-X-A-156.250MHZ-T oscillator is a piezoelectric crystal oscillator used for signal frequency conversion and this article will focus on its application field and working principle.

Application Field:

The ASG-P-X-A-156.250MHZ-T oscillator implements frequency conversion in a variety of industries, including telecommunications, navigation, surveillance, medical engineering, industrial control, scientific research, and other fields. In communications, it is used for frequency modulation (FM), time division multiplexing (TDM) and other common communication technology. In navigation and surveillance, it is used for motion signal tracking, coordinate setting, and target point determination. In medical engineering, it is used for cardiography, endoscopy, and other medical equipment, as well as in industrial control and scientific research. All of these application fields require accurate, stable frequency signals.

Working Principle:

The ASG-P-X-A-156.250MHZ-T oscillator consists of a piezoelectric quartz crystal piece and an integrated circuit. The key to the oscillator\'s success is its piezoelectric quartz crystal, which is a quartz crystal that has the ability to generate an alternating electrical signal when it is subject to an alternating mechanical force. This signal is then fed to a built-in operational amplifier. Through the adjustment of internal components, the quartz crystals can drive a steady oscillation at a certain frequency, and all the output signals generated by oscillations can be maintained within an accuracy of 10-20ppm. This accuracy ensures precise frequency conversion.

Conclusion:

The ASG-P-X-A-156.250MHZ-T piezoelectric crystal oscillator is a useful and precise component used in various industries. Its working principle is based on the piezoelectric effect of the quartz crystal, which can produce an alternating electrical signal when it is subject to an alternating mechanical force, and this signal is then fed to a built-in operational amplifier. This signals then enables precise frequency conversion.