DSC1001AI2-066.6600T

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Oscillators provide an essential part of many electronic circuits. The DSC1001AI2-066.6600T oscillator can be widely used in the fields of information, defense aerospace, military industry and medical engineering. It is a type of low phase noise stabilized crystal oscillator based on quartz oscillator technology combined with modern microelectronic integrated circuit technology.

The working principle of the DSC1001AI2-066.6600T oscillator is based on a type of quartz oscillator. The quartz oscillator consists of two plates of synthetic quartz crystal that are attached together with a special adhesive. The quartz crystal is electrically charged, resulting in a vibrating effect. The frequency of the vibrations is governed by the constant of the crystal and is determined by the dimensions and electrodes of the crystal.

In the case of the DSC1001AI2-066.6600T oscillator, the quartz crystal is mounted on a small aluminum enclosure that acts as a pressure sensor. The pressure sensor is designed to detect and record the frequency of the quartz crystal\'s vibrations. This frequency is then used to drive a voltage controlled frequency generator, resulting in a highly precise and stable oscillator frequency.

The oscillator frequency is generated using a voltage-controlled oscillator (VCO) circuit. The VCO is a type of electrical circuit whose output frequency is controlled by the magnitude of a direct current (DC) input signal. The frequency generated by the VCO is then amplified and filtered to produce an output signal with low phase noise. This in turn ensures a stable frequency of the oscillator.

The DSC1001AI2-066.6600T oscillator is capable of providing frequency stability of up to +/-20ppm (-20..20Hz) over a temperature range of -40C to +85C. This oscillator is also capable of providing an ultra-low phase noise of -99dBc/Hz at 1MHz offset from the carrier frequency. This makes the DSC1001AI2-066.6600T a reliable and cost effective solution for many frequency-controlled applications.

In addition, the DSC1001AI2-066.6600T is capable of providing high CE/tolerance of up to +/-3ppm over 25 years. This makes it suitable for applications where high accuracy is required over a long period of time.

Overall, the DSC1001AI2-066.6600T oscillator is a low phase noise stabilized crystal oscillator with great frequency accuracy and stability. It is a reliable and cost-effective solution for applications such as GPS, wireless communication, air traffic control systems, industrial radios, and weather measurement systems.

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