590CD155M520DGR

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Oscillators can be use to generate a signal that is repetitive over a set frequency range. The 590CD155M520DGR is an oscillator that utilizes a 3-terminal crystal structure to generate its signal. It is designed for applications requiring a high level of reliability and precision in the frequency range between 2 Mhz to 120 Mhz.

The design of the oscillator employs a crystal-controlled circuit, which produces an oscillatory signal with small variation in frequency over its specified range. It utilizes the piezoelectric effect in the crystal, which allows it to maintain a low power consumption. The signal generated by the oscillator is regulated by the feedback loop and the "duty cycle" of the oscillator, which is adjusted by two component resistors, connected in series to the crystal.

The oscillator is available in both 8- and 16-lead package configurations. The 8-lead configuration contains a resistor in series with the crystal, while the 16-lead configuration includes two resistors in series, with one controlling the duty cycle and the other controlling the frequency. It also includes an enable/disable pin, allowing the user to adjust the gain of the oscillator within certain limits.

The 590CD155M520DGR is primarily used for digital signal processing and communication systems. It is often used in cellular phones, radio receivers, xDSL modems and data converters, as it provides precise control over the output frequency of the oscillator, thereby enabling accurate data transmission. This oscillator is also used in automotive control systems, GPS, audio and video equipment, digital synthesizers and networking devices.

The 590CD155M520DGR has several advantages over other crystal oscillators, such as higher frequency stability, low power consumption and excellent temperature performance. It is also suitable for applications in hostile environments, such as those with high levels of electromagnetic interference, as it provides a high level of noise immunity.

The 590CD155M520DGR has a wide range of applications in the field of oscillators. Its precise frequency control and low power consumption make it ideal for use in critical circuits, such as modems and data converters. Its wide range of frequencies also make it suitable for a variety of other applications, from oscillators used in radio receivers to those used in automotive control systems.

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