SG-8503CA-PRLF

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Programmable Oscillators are devices which are used in a wide range of applications. One such device is the SG-8503CA-PRLF Oscillator. This oscillator is especially suited for automation applications.

The SG-8503CA-PRLF oscillator stands out thanks to a combination of properties. Firstly, its temperature range and performance remain stable over a wide range. It also benefits from a low-phase jitter and low power consumption of 75 mW max. Finally, since it requires no external components, it is simple to operate in any form factor.

The SG-8503CA-PRLF is broadly used in communication, automotive and industrial automation applications. These include power converters, telecom switches, optical transmitters and receivers, and more. Besides, its use in these applications, it is also used in embedded systems, medical devices, digital audio products and general purpose signal processing applications.

The oscillator works on the principle of generating precise periodic signals by integrating a Quartz crystal. A capacitance and resistance combine to form the feedback circuitry which regulates the crystal oscillator’s signal output. The specific resonance frequency of the crystal is determined by the values of the components, and is set and maintained constant over the desired temperature and power supply range.

The SG-8503CA-PRLF oscillator employs a low-phase jitter frequency synthesizer design to ensure that a wide frequency range is provided with low phase jitter and temperature performance, making it suitable for meeting the requirements of industrial applications in PHY transceivers and communications equipment. Its advanced temperature stability and low-phase jitter frequency synthesizer enables precise operation of SONET/SDH synchronous systems.

In short, the SG-8503CA-PRLF is a versatile programmable oscillator which is suitable for use in a wide range of industrial applications. Its combination of features ensures excellent performance over a wide temperature range and low power consumption, with no external components required. It also benefits from a low-phase jitter frequency synthesizer, making it capable of meeting the requirements of PHY transceivers, communications equipment, and SONET/SDH synchronous systems.

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