595CB12M2880DGR

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Oscillators are essential components of virtually all modern electronic devices. They are used for many purposes, such as providing a clock signal for mico-controllers, generating radio-frequency signals for communication systems, and providing stable timing sources for process control applications. The 595CB12M2880DGR oscillator is a versatile, high performance device that combines excellent temperature stability, low power consumption, and low costs in a single package.

The 595CB12M2880DGR oscillator is an overtone crystal device that features a wide frequency range from 0.1 MHz to 250 MHz. Its frequency is typically accurate over temperature ranges of -55°C to +130°C and is capable of maintaining temperature tolerance as tight as +/- 10ppm over that range. The 595CB12M2880DGR oscillator operates on a fixed frequency and is programmable to extact very high frequency accuracy. It is also rugged, shock and vibration resistant, and has high EMI immunity.

Typical applications of the 595CB12M2880DGR oscillator include high-precision timing for consumer electronic equipment, communication systems, radio and radar systems, and process control applications. This oscillator is also very useful for general frequency control applications, such as frequency synthesisers, modulators, detectors, data acquisition systems, and instrumentation.

The working principle of the 595CB12M2880DGR oscillator is based on the mechanical vibration of a quartz crystal. The crystal consists of two plates of quartz, which when placed opposite each other and subjected to electrical energy causes them to vibrate. The electrical energy causes the quartz plates to vibrate in a resonant frequency by bending and flexing in an alternating fashion. This oscillation rate is determined by the physical dimensions and material properties of the quartz crystal.

The 595CB12M2880DGR oscillator then converts the mechanical oscillation of the crystal into a stable electronic frequency signal that can be used by other electronic components. The quartz crystal is controlled by an electronic circuit and operates at its nominal frequency. Since this crystal is designed to vibrate at its resonant frequency, its frequency will not drift over time, allowing it to operate very accurately. The frequency stability of the 595CB12M2880DGR oscillator is very good, achieving +/- 10 ppm over its temperature range.

The 595CB12M2880DGR oscillator is a reliable and highly accurate component for any timing application. Its wide range of frequency capabilities, low power consumption, and temperature stability make it an ideal choice for many applications, from consumer electronics to process control. This oscillator also helps to reduce noise and interference levels due to its EMI immunity, making it the ideal component for use in noisy environments.

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