ASGTX-D-13.000MHZ-1-T

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Oscillators are essential for many electronic systems and are widely used to generate stable, precise and accurate signals, as well as to regulate the timing of various processes. One example of an oscillator is ASGTX-D-13.000MHZ-1-T, a stable, crystal isolated dual- frequency oscillator with a frequency range between 9 and 19MHz. This oscillator is designed for wide temperature range and low-power supply.

ASGTX-D-13.000MHZ-1-T is commonly used in a variety of applications that include telecom and networking equipment, instrument and meter automation, point-of-sale systems, medical equipment, automotive systems, and industrial control and automation. For instance, in telecom systems, the oscillator is used to provide a stable clock pulse signal for data transmission and reception. In instrument and meter automation, the oscillator is used to accurately measure frequency and timing signals. In medical equipment, it is used to help regulate a variety of hospital equipment and devices including ventilators, blood pressure monitors, and EKG machines.

When it comes to the working principle of ASGTX-D-13.000MHZ-1-T oscillator, the two main components are a crystal oscillator and an amplifier. The crystal is responsible for producing the frequency, which is then amplified and converted into a stable signal by the amplifier. Additionally, an integrated circuit works in parallel with the crystal and the amplifier, ensuring that the frequency remains stable over wide temperature ranges and supply voltages.

In order to deliver the needed stability, a crystal is chosen for the frequency of oscillation since crystals are known for their low tolerance and stability. The type of crystal used in ASGTX-D-13.000MHZ-1-T is known as an AT-cut crystal, which is a crystalline structure whose layers are cut at an angle instead of straight across. The AT-cut gives the crystal better temperature stability and enables it to maintain a consistent frequency. Additionally, the crystals are surrounded by a metal case, which helps reduce mechanical and thermal noise and hence improves the frequency stability.

The output of the oscillator is determined by the characteristics of the crystal oscillator, such as its frequency, frequency stability, and phase noise. The frequency of the oscillator is determined by the resonant frequency of the crystal, while the frequency stability is determined by the quality of the AT-cut method used and by the quality of the metal case. The phase noise, on the other hand, is determined by the quality of the integrated circuit, which helps control the phase shift of the crystal oscillator.

ASGTX-D-13.000MHZ-1-T oscillator is a reliable and cost-effective solution for providing a stable and accurate clock signal for a wide variety of applications. The oscillator is designed to provide a high-performance, stable signal over a wide temperature range and low-power supply. With its high frequency stability and low phase noise, it is the ideal choice for telecom and networking equipment, instrument and meter automation, point-of-sale systems, medical equipment, automotive systems, and industrial control and automation.

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