ASGTX-P-156.250MHZ-1

Oscillators

Oscillators are devices used to regularly generate signals with stable frequencies. A wide range of frequency is available with oscillators. ASGTX-P-156.250MHZ-1 is an oscillator with 156.250MHz frequency, and it is used in many applications.

Application Field

ASGTX-P-156.250MHZ-1 is mainly used in producing high frequency signals in communication systems. This oscillator is particularly suitable for mobile communications and radio links. It is also used in military applications and to generate precise signals in instrumentation and measurement systems. Additionally, it can be used in local and remote sensing systems.

Working Principle

ASGTX-P-156.250MHZ-1 oscillator adopts Quartz crystal resonator technology, where it will have an exact frequency as set by the designers. This Quartz crystal resonator includes two oscillator circuits, and it works similarly to a superheterodyne receiver. Since Quartz crystal resonators have low-temperature coefficients and small electrical losses, they can generate a stable frequency with better accuracy and accuracy over temperature.

The oscillator has an amplifier-filter-stage working with the crystal resonator. It starts with a signal of low frequency from the amplifier, then passes through the filter and resonator to vibrate at its resonant frequency. This frequency is then amplified in the amplifier-filter-stage and sent back to the oscillator.

To produce the desired frequency in the output, ASGTX-P-156.250MHZ-1 oscillator uses its internal phase-locked loop system. This PLL synthesizes a signal received from a reference frequency, and generates the signal with the desired frequency through a divider. Thus, it ensures that the output signal has the an accurate frequency.

Conclusion

ASGTX-P-156.250MHZ-1 oscillator is mainly used in producing signals for high frequency signals in communication systems, military applications, instrumentation, and remote sensing systems. It works by using a Quartz crystal resonator that can generate a very accurate frequency. Through its internal phase-locked loop system, the oscillator is able to produce the desired frequency with high accuracy.