CE3391-33.333

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Oscillators are electrical or electronic circuit components used to generate a signal that can be either periodically or aperiodically varied in a continuous fashion. Examples of oscillators are LC circuits, the oscillating crystal used in quartz wristwatches, operational amplifiers in astable multivibrator configuration and the PLL and phase-locked loop circuits used to generate high-precision frequency signals. In addition, there are digital oscillators that generate signals digitally, which can be used in a wide variety of applications other than to produce frequency waveforms.

CE3391-33.333 is a digital oscillator that uses a custom oscillator system to generate a high-precision, sinusoidally-distributed frequency signal. The device is ideally suited for applications such as telecommunications and test & measurement, as it offers superior timing accuracy and frequency control for a variety of applications.

CE3391-33.333 Application Field
The CE3391-33.333 can be used in a range of applications, including:

• Automotive systems such as vehicle safety and security systems
• Industrial automation, including machine control systems and precision measurement applications
• Test & measurement, including electronic instrumentation
• Communications systems such as data over wireless networks
• Medical and security device applications

The CE3391-33.333 also enables reliable, accurate, and robust signal generation in applications such as frequency-synthesisers, frequency-division systems, and RF signal-processing systems. It is highly suitable for applications in extreme environments, such as low-temperature and high-temperature applications.

CE3391-33.333 Working Principle
The CE3391-33.333 works on the principle of generating a precision frequency signal through the use of two custom oscillators. The device consists of two independent oscillator systems each with their own separate timing circuitry. Each oscillator runs on a different frequency and has different clock dividers. Through the use of the on-chip digital logic circuitry, the frequency of the output signal can be accurately controlled by adjusting the two clock dividers. The output signal is then adjusted to a desired frequency by adjusting the clock parameters.

The CE3391-33.333 also features a power-monitoring port that can be used to detect over-voltage or under-voltage conditions and either turn off the oscillator or adjust its frequency to ensure that the output signal is within safe bounds. It also contains a number of safety and protection features such as a temperature sensor to protect against overheating, and a watchdog timer to prevent the oscillator from running continuously.

The CE3391-33.333 is a highly-accurate precision frequency generator that is ideal for applications requiring precise frequency control. Its combination of high-precision frequency generation and robust safety and protection features make it the perfect choice for critical applications that need accuracy and reliability.

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