ASGTX-P-122.880MHZ-2-T

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Oscillators are devices that generate a repetitive signal. This signal can be used to provide an accurate frequency or as a timing reference for a system. The ASGTX-P-122.880MHZ-2-T oscillator is a device used in a variety of applications and can be found in many electronic and telecommunications devices.

The ASGTX-P-122.880MHZ-2-T oscillator is an example of a fast Atom-tuned oscillator. This type of oscillator uses two atoms that are supercooled and placed in a very strong magnetic field. The atoms interact with the magnetic field and create an extremely stable frequency. The frequency generated by the ASGTX-P-122.880MHZ-2-T can commonly be found in the 181 to 260 MHz range. Additionally, this oscillator can operate at higher temperatures than common quartz oscillators.

The ASGTX-P-122.880MHZ-2-T oscillator has an extremely low phase noise of -160 dBc/ Hz @ 10kHz offset. This low phase noise makes the oscillator suitable for many applications. For example, it can be used in systems requiring extremely low noise or jitter performance such as television or radio broadcasting and satellite communications. Additionally, this oscillator can be used in telecommunications networks, frequency synthesisers, and instrumentation equipment.

The working principle of the ASGTX-P-122.880MHZ-2-T oscillator is based on the theory of atom-tuning. As mentioned previously, the oscillator consists of two supercooled atoms placed in a very strong magnetic field. The atoms interact with the field to create an extremely stable frequency. The frequency generated by the oscillator is then amplified and conditioned to create the output signal.

In addition to providing a stable output frequency, the ASGTX-P-122.880MHZ-2-T oscillator has a high frequency resolution that also allows it to be used accurately for frequency synthesis and modulation. The high frequency resolution also ensures that the output signal remains consistent regardless of the type of modulation used.

The ASGTX-P-122.880MHZ-2-T oscillator has several advantages over quartz oscillators. For example, it is more accurate and has a much lower phase noise. Additionally, it can operate at higher temperatures than quartz oscillators. Finally, it has a high frequency resolution that makes it suitable for frequency synthesis and modulation.

In conclusion, the ASGTX-P-122.880MHZ-2-T oscillator is a very stable and accurate source of frequency and timing. It is suitable for many applications including television and radio broadcasting, satellite communications, and telecommunications networks. Additionally, it can be used for frequency synthesis and modulation due to its high frequency resolution.

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