SG-210SEB 26.0000MB3

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SG-210SEB Oscillators

The SG-210SEB Oscillators are a vital piece of equipment used for generating electronic signals in various digital and analog applications. This product is designed to provide predictable, precise oscillations, delivering superior performance and stability. This makes the SG-210SEB Oscillators an ideal choice for many applications, especially those which require the utmost accuracy and reliability.

Taking a closer look at the SG-210SEB\'s features and capabilities help to better appreciate the impressive performance it delivers. This particular model is capable of producing 26.0000MHz 3 oscillations per second, making it well suited for microprocessor or microcontroller based applications. Additionally, the SG-210SEB also has an integrated phase noise of -135dBc/Hz, often surpassing the required noise specifications of even the most demanding applications.

The SG-210SEB Oscillators also have an excellent step frequency response, typically meeting specifications up to 3MHz. This means that the step response gain is fluctuation is minimized and the overall transient response is kept under control. This also ensures that jitter and distortion are lower than those found in other models. Both the step frequency response and phase noise are further optimized with the use of advanced temperature compensation circuitry, ensuring stable and predictable operation regardless of conditions.

Still further, the SG-210SEB Oscillators also offer an extensive range of application fields. The most common include timing and synchronization, RF communications, signal generation, and control systems. In addition, the model is optimized for applications requiring low phase noise and excellent frequency performance, such as digital video, digital cellular networks, and high-speed networks.

SG-210SEB Oscillators also deliver the necessary levels of accuracy and stability over wide ranges of temperature, making them highly suitable for industrial use. The temperature compensation circuitry even eliminates the need for additional components and further reduces board area. This also ensures that design flexibility is further improved, resulting in a compact profile and low power consumption.

In terms of working principle, the model is based on a quartz crystal oscillator. The crystal is placed in the base of the oscillator and is connected to two wires along a piece of silicon substrate. When power is applied, the crystal vibrates, generating an oscillating signal. This signal is then amplified and tuned to the desired frequency. The SG-210SEB\'s unique design and advanced circuitry also ensure that the resulting signal is extra stable and that its frequency is accurately controlled.

The SG-210SEB Oscillators therefore offer an unbeatable combination of features, making them the ideal choice for a wide variety of digital and analog applications. This model\'s stability, accuracy, and flexibility combined with its low power consumption and compact design make it a great option for projects where performance and reliability are of the utmost importance.

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