402F25033CJR

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The 402F25033CJR is a crystal-based device that is capable of providing precise timing accuracy to electronic circuits and systems. It combines the precision of a crystal-based oscillator with the stability of a temperature-compensated voltage reference, making it ideal for a range of applications, including radio communications, automotive electronics, industrial instrumentation, and home entertainment systems.

At its core, the 402F25033CJR is an Electronic Oscillator that uses an oscillating crystal to generate a stable and precise frequency. This frequency is then buffered and amplified to provide a clean, accurate signal output. The device is commonly used in applications that require precise timing accuracy, such as timekeeping and frequency synthesizers.

The 402F25033CJR utilizes a temperature-compensated voltage reference (TCVR), which provides superior stability over wide temperature ranges. The TCVR ensures that the output frequency remains consistent, regardless of the temperature, thus providing consistent performance over a wide range of conditions. This is particularly useful in applications where extreme temperatures are common, such as automotive electronics and industrial instrumentation.

The 402F25033CJR is designed to be extremely easy to use and configure. It comes with a variety of control inputs, allowing users to set the desired frequency and other parameters. The device can be configured to provide a variety of output waveforms, including square, triangle, and sine waveforms. The waveforms can be controlled with a frequency range from 1kHz to 250MHz. Furthermore, the device can be powered from either a low-voltage power supply or a precision voltage reference.

The 402F25033CJR is a highly versatile device that is used in a wide range of applications. Its combination of precision and stability makes it ideal for timing and frequency applications, such as radio communications, automotive electronics, industrial Instrumentation, and home entertainment systems. Its reliable performance, low power consumption, and easy set-up make it the perfect choice for designers who require precise timing accuracy.

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