590DA132M813DG

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Oscillators

Oscillators are circuits that produce a regular periodic output signal, normally sinusoidal but can include other waves games such as triangular and square waves. They have a wide range of applications, but are generally used to generate clock signals or other precise timing signals for communication systems, control systems, and other related devices. Generally, oscillators use an amplifying device, such as an opamp, with positive feedback provided by an RC network, LC network, or crystal to provide a waveform with a given frequency.

The 590DA132M813DG oscillator is a type of Crystal Oscillator, which are generally used to provide a very precise signal with low jitter. This oscillator has an operating frequency of 13.0MHz and an aging rate of 0.5ppm/year. It has a CMOS output waveform with very low power consumption and high stability, and can operate from -55°C to +125°C.

Application Fields

This oscillator is suitable for a wide range of applications, such as automated machine control, medical equipment, digital networks, communication systems, and measurement equipment. It is particularly suited for embedded applications, such as in portable devices and consumer electronics, as its low power consumption and high stability make it the perfect choice for such applications.

Working Principle

At the basis of the 590DA132M813DG oscillator is an oscillator circuit, such as an LC, RC or crystal oscillator, that outputs a sinusoidal or a triangular waveform. This circuit is connected to an amplifier that amplifies the small signal to a voltage level suitable for powering the device. The amplifier is then connected to a frequency divider circuit, which divides the signal so that it has the desired frequency output. A feedback loop is then used to ensure that the oscillator has an input of the same frequency as the output, thus providing a steady signal.

This circuit is then connected to a buffer, which provides a stable output signal with low power consumption and a very low jitter, and is buffered with a series CMOS logic gate. This gate stabilizes the circuit and produces a CMOS output signal with a cycle accuracy of +2.5&ppm. The output signal is then connected to an amplifier, or in some cases, a resistor based divider, which produces the desired output waveform.

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