ASE3-64.000MHZ-LR

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Oscillators are energy sources that have an innate ability to oscillate or produce recurring pulses. ASE3-64.000MHz-LR is an example of an oscillator specifically used in high-precision frequency and time applications. This article will discuss the application field and working principle of ASE3-64.000MHZ-LR oscillators.

ASE3-64.000MHZ-LR oscillators are widely used in telecommunications, industrial automation, and control system applications. They employ a crystal oscillator as the frequency control and use the built-in divider system to adjust the output frequency. This feature enables the oscillator to generate frequencies with very high stability from 1.0Hz to 64.000MHz.

The frequency control of the ASE3-64.000MHz-LR oscillator is achieved by a crystal oscillator that is calibrated for a specific frequency. These crystals feature low ageing rates, a wide temperature range, and a low start-up time. They also have very low jitter and phase noise output.

The ASE3-64.000MHz-LR oscillator is powered by an integrated power supply. It has a standby power, which can be triggered by a user-defined external signal, and an on/off control which can be used to reduce the power consumption when the oscillator is not needed. In addition, the oscillator can be equipped with a current sensing circuit to regulate the current consumption according to the temperature.

The ASE3-64.000MHz-LR oscillator features several built-in features which allow it to be used in a vast range of applications. It has a built-in phase locked loop which allows for precise frequency locking. The oscillator also has built-in temperature compensation, which helps maintain accuracy over temperature changes. Additionally, the oscillator can be programmed to generate a variety of waveforms, including sine wave, triangular wave, and square wave.

In conclusion, the ASE3-64.000MHz-LR oscillator is a versatile oscillator which is capable of providing precision frequency control in a wide variety of applications. With its low ageing rate, wide temperature range, and low start-up time, it is one of the most popular oscillators for high-precision frequency and time applications. Its built-in features also allow for easy integration into control systems and industrial automation, making it a great choice for many applications.

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