Oscillators

Oscillators are electronic circuits which generate a repetitive signal, typically a sine wave or a square wave. They are used in many electronic devices, such as radios and clocks, to provide a stable reference frequency, usually an accurate multiple of the power line frequency. Oscillators are usually divided into two categories: relaxation oscillators and stable oscillators. There are several types of stable oscillators, one of them being the ASTX-H11-B-13.000MHZ-T.

ASTX-H11-B-13.000MHZ-T

The ASTX-H11-B-13.000MHZ-T is a temperature compensating, stable oscillator with a wide operating temperature range and low phase noise. The oscillator is available in a wide range of frequencies and is suitable for applications that require a very accurate frequency reference. The main features of the oscillator include low jitter, low phase noise, high frequency stability, and wide operating temperature range.

Application Field

The ASTX-H11-B-13.000MHZ-T is suitable for a wide range of applications, such as telecommunications, industrial control, instrumentation, broadcast, medical, military, and navigation. It can be used in various systems, such as digital electronics, computer systems, communications systems, and audio systems. The oscillator can also be used for synchronizing and timing synchronization in various systems.

Working Principle

The ASTX-H11-B-13.000MHZ-T oscillator works on the principle of linear feedback. The oscillator uses an amplifier which produces a linear output. This linear output is then fed back into the amplifier, producing an oscillatory signal. The resulting oscillations are then filtered and the output frequency is regulated by temperature compensating components. The stability of the output is further improved by the use of high-quality components.

Conclusion

The ASTX-H11-B-13.000MHZ-T is a temperature compensating, stable oscillator which can provide accurate frequency reference for many applications. Its main features include low phase noise, low jitter, and high frequency stability. This oscillator is suitable for use in various systems, such as digital electronics, computer systems, communications systems, and audio systems. Its working principle of linear feedback and temperature compensation ensure the stability of its output.