CSPT857CNLG8

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The CSPT857CNLG8 is a 3-output device used in a variety of applications in the field of clock/timing, mainly to provide precise synchronization of multiple systems in a wide range of application-specific scenarios. This device is an example of a Control Subsystem Clock/Timing Device, or CSCTD, that is designed to control synchronized machine processes, data movement, and digital signal processing in real-time embedded systems. It allows for two enhanced synchronization modes - "Free-Run" and "Keep" - and offloads the typical content load of a clock/timing device to provide higher performance in specialized applications such as industrial automation and robotics.

The CSPT857CNLG8 consists of three independent oscillators. The outputs of each oscillator can be adjusted separately to meet the particular needs of the application, including unique control synchronization settings, voltage levels, and frequencies. The CSPT857CNLG8 can be configured to output signals compatible with a variety of standard and non-standard video formats, along with Waveform Monitor and Timecode Trigger signals used for testing and recording. The device\'s operating frequency range makes it well suited for use in applications such as video production, audio engineering, and industrial automation/robotics.

The CSPT857CNLG8\'s "Free-Run" and "Keep" modes enable signal synchronization of multiple independent clocks, with both the turning on and off of external power sources taken into account. Free-Run mode allows for uninterrupted operation when a power source is removed, and can be adjusted for output frequencies between 0.1MHz and 4.4MHz. Keep mode is used to prevent clock drifting and interruption when a power source is removed, and can be used to adjust output frequencies from 0.1MHz to 32MHz.

The CSPT857CNLG8 is an extremely versatile 3-output device designed for clock/timing applications in a number of application-specific scenarios. Its "Free-Run" and "Keep" modes, along with the adjustable oscillator settings, make it an ideal choice for applications requiring precise synchronization of multiple machines, such as in industrial automation and robotics. The device\'s wide operating frequency range also makes it suitable for use in audio engineering, video production, and other avionics applications.

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