C3390-106.2500

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Oscillators are particularly useful for electronic circuits because they provide a “steady,” predictable signal. The c3390-106.2500 oscillator is one such example, employing a number of technologies for a variety of applications. This article will provide a brief introduction to the oscillator and explain its application field and working principle.

The c3390-106.2500 oscillator is a crystal oscillator which uses quartz to provide precision frequency control. It operates at a frequency range of 8.032 – 208.612 MHz. Its nominal frequency is 105.12 MHz, and its frequency stability is ±2ppm. The module features extremely low phase noise, and its temperature stability is ±3ppm.

In terms of applications, the c3390-106.2500 oscillator can be used to generate signals for electronic devices or to measure signals in electronic systems. It is commonly used in radio and television sets, receivers, and various types of communication equipment. In addition, it is also used in a variety of other applications, including medical, health care, automotive, test and monitoring equipment, and industrial control devices.

The c3390-106.2500 oscillator’s working principle is based on the “piezoelectric effect.” This principle states that when an electric field is applied to a piezoelectric material, such as quartz, the material will vibrate at a frequency that is proportional to the electric field strength. Thus, when a certain voltage is applied to quartz, it will vibrate at a specific frequency. This frequency is then used to generate the oscillations.

The c3390-106.2500 oscillator also utilizes a sine wave shaping circuit, which further refines the oscillations. This ensures that the signal is clean with minimal phase noise. The oscillator also employs a wide variety of filtering techniques, such as PLL based filters, to reduce noise and harmonic distortion.

The c3390-106.2500 oscillator is thus an essential device for a variety of applications, ranging from radio and television sets to industrial control devices. Its application field and working principle provide an understanding of how the oscillator works and why it is so useful.

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