DSC6003JI1A-020.0000T

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Oscillators are devices that can generate a precise oscillation frequency. They are used in a range of industries for a host of purposes, such as providing a timing reference signal for digital circuits, producing high-frequency sine waves for radio transmission systems and generating sound in audio applications. One of the most popular oscillators available in the market is the DSC6003JI1A-020.0000T oscillator. It is a highly stable quartz oscillator that offers excellent performance in applications where accuracy and reliability are essential.

The DSC6003JI1A-020.0000T oscillator is designed for use in low-jitter applications such as clock synchronization, signal processing and switching systems, media systems, and communication networks. It offers excellent long-term stability and excellent static accuracy over a wide operating temperature range. The oscillator operates over a frequency range of 1.5MHz – 2.5MHz, and provides a low jitter of 40 fs. It is encapsulated in a hermetic 2-pad metal package with pick and place mounting for easy integration in a variety of systems.

The most important aspect of an oscillator is its working principle. The DSC6003JI1A-020.0000T oscillator works on a crystal resonance principle. Quartz crystal is used as the main resonator material. When an alternating voltage is applied across the quartz crystal, a frequency corresponding to the crystal resonant frequency is generated. The frequency generated is inversely proportional to the quartz crystal thickness and directly proportional to the product of fundamental mode overtone capacitance and inductance. The oscillator is designed to maintain the accuracy of the output signal by providing a temperature stable output frequency and maintaining its initial frequency accuracy over a wide range of temperatures.

The DSC6003JI1A-020.0000T oscillator is a highly stable oscillator, offering excellent long-term stability and high performance at a low cost. With its wide range of benefits, it can be used in a variety of applications, including clocking systems, signal processing, digital cameras, audio systems, radar and navigation systems, broadcast systems, and communication systems. The oscillator offers excellent temperature stability over a wide operating range, ensuring accurate and reliable performance in any environment.

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