589R130X2IAT

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Oscillators: 589R130X2IAT Application Field and Working Principle

Oscillators are devices that are widely used in various engineering fields for generating stable and repeatable electrical signals. Because of their ubiquitous presence and important roles, the selection of the right oscillator for an application is a critical factor for the success of that application. One such oscillator is the 589R130X2IAT from Murata Electronics, which is a quartz-based oscillator designed for general-purpose applications.

The 589R130X2IAT is a miniature surface-mount oscillator suitable for use in a variety of applications requiring quartz-crystal-generated signals. Its design provides excellent frequency stability over a wide temperature range of -30°C to +85°C, ensuring reliable and consistent performance even in hostile environments. The oscillator is very compact, measuring only 5.08mm×3.2mm×1.6mm, allowing it to be used in a variety of space-tight applications. The oscillator provides superior noise margin and low EMI, helping protect nearby sensitive circuitry from interference.

The 589R130X2IAT offers a wide selection of output frequencies ranging from 1MHz to 66MHz, allowing customers to select an option that is suitable for their application requirements. The oscillator is built using a silver-plated quartz resonator that helps tune the frequency to very tight tolerances. The resonator is designed to withstand surface-mount soldering temperatures, eliminating the need for any pre-soldering treatment. The oscillator has a TTL compatibility of 200mil, allowing it to easily integrate with existing TTL logic processes.

The working principle of the 589R130X2IAT is based on the quartz crystal oscillator design. The oscillator consists of an oscillator chip, a quartz tuning fork, and some additional integrated circuits and capacitors. The oscillator chip acts as both the power source which provides the needed energy to vibrate the quartz tuning fork, and the output driver which generates the output electrical signals. The quartz tuning fork vibrates at a frequency determined by its internal properties, creating mechanical vibrations. These vibrations are converted into electrical signals via piezoelectric effect by an internal electrode, at which point the electrical signals are amplified and buffered through the integrated circuits. The output is then passed through capacitors for additional filtering and buffering, and then finally it is fed out through the output pins.

The 589R130X2IAT is a versatile, feature-rich oscillator that combines high performance with a small size. Its wide selection of output frequencies, coupled with its low EMI, noise margin, and excellent temperature stability, make it the ideal option for a variety of applications. It is well-suited for use in communications, consumer electronics, medical devices, automotive electronics and other applications which require high levels of frequency accuracy and stability.

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