EG-2121CA 280.0000M-PHPAB

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Oscillators deliver high-stability signal sources for precision control and timing applications. They are available in either digital or analog formats and are used in a variety of industrial and commercial applications, such as medical electronics, telecommunications, automotive, aerospace and many more. The EG-2121CA 280.0000M-PHPAB is an oscillator specifically designed for use in applications where excellent performance and reliability are required.

The EG-2121CA is an ideal choice for a wide range of applications, such as precision timing, frequency control, signal conditioning, and communication systems. It has a wide frequency range, crystal-controlled oscillations, stability and accuracy, excellent phase matching, and various operating modes. It also provides long-term operational stability and exceptional performance over a wide operating temperature range.

The EG-2121CA oscillator uses a quartz crystal as its primary frequency-determining element. The crystal is then amplified and conditioned with a frequency when a control oscillator circuit is introduced. This oscillator circuit amplifies the crystal\'s response and stabilizes it over varying temperature ranges according to the operating mode selected. The oscillator is configured for one of four control modes, namely open-loop, Zero Phase Error (ZPE), Positive-Lock-Out (PLO), or Negative-Lock-Out (NLO) mode.

In open-loop mode, the oscillator relies solely on the basic crystal characteristics for frequency determination. This mode is ideal for low-power requirements and applications such as reference clocks. ZPE mode combines the crystal frequency response with the control oscillator characteristics to achieve better phase accuracy. The oscillator can be locked to precise and accurate control frequencies and allows for the development of temperature-stable oscillator signals.

PLO and NLO modes combine the crystal frequency response with the control oscillator characteristics, and add additional features, such as feedback and shutdown features, to achieve precision phase accuracy and better control. These modes are typically used in applications that require advanced precision such as industrial process control, communication, and signal processing systems.

The EG-2121CA oscillator has an exceptionally low phase noise (< -140dBc/Hz for 1GHz frequencies) and fast switching times (150ns). It has been tested and certified to be compliant with a range of regulatory standards as well as industry-specific requirements, including ISO/IEC14001, ISO/IEC18001, MIL-STD-810F/570B, SEMI and others. It is also RoHS-compliant, offering additional assurance for use in commercial and industrial applications.

The EG-2121CA oscillator is an ideal choice for a wide variety of applications where stability, accuracy and precision are key. It is highly reliable, performs well over a wide temperature range, and is compliant with a number of industry standards. In addition, its low phase noise and fast switching times make it an excellent choice for precision timing, frequency control, and other crucial applications where accuracy is essential.

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