ECS-2520S25-120-FN-TR

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Oscillators refer to a wide range of electronic components that generate AC signals with a certain frequency and amplitude. Among these oscillators, the ECS-2520S25-120-FN-TR series is a type of non-hermetic ceramic SMD oscillator, where the series is classified into the 6.0mm×2.5mm side pull, 4.0mm×2.0mm middle pull, 6.0mm×3.2mm side pull and 7.0mm×5.0mm side pull. This series is mainly used in the medium-to-high frequency range and is a special product for VCO applications.

The operating frequencies of such oscillators are 5.0MHz to 125.0MHz, with operating voltage at 3V to 5V. The operating temperature range is from -20℃ to 70℃, making it suitable for a wide range of applications. It is also equipped with a variety of frequencies options, such as 30.000 to 69.999MHz and 70.000 to 99.999MHz. This series has a high frequency stability of ±20ppm at -10℃ to +60℃, making it suitable for various timing control and communication applications.

The working principle of such oscillators is based on the principle of inverse feedback. It is similar to a circuit resonator that has an inherent frequency. A small voltage signal is applied to such an oscillator and the frequency of this signal is equal to the natural resonance frequency of the resonator circuit. This signal is then amplified and output from the oscillator. This process is repeated, which leads to a perpetual oscillation in this circuit.

The ECS-2520S25-120-FN-TR series is mainly used in communication equipment, such as wireless communication and data transmission systems, digital television, and GPS navigation systems. There are also other applications, such as timing control in computers, clocks, watches, and digital cameras, as well as in automotive electronics, power electronics, and audio equipment.

In summary, the ECS-2520S25-120-FN-TR series of oscillators are widely used in many different application fields. Its high frequency stability and excellent performance make it an ideal choice for various timing control and communication applications.

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