Z85C3010VSG

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The Z85C3010VSG is designed for applications that require precise timing and synchronization, such as video surveillance systems, digital and video broadcast systems, video conferencing systems, and voice-over-IP systems. It is also widely used in consumer products, such as TV sets, DVD players, and digital cameras.

The Z85C3010VSG is a clock generator and synchronization device. It features a wide range of dynamic control and monitoring features, allowing the user to easily configure and manage the timing of the device. The device uses two independent PLLs, providing precise and programmable clock generation and synchronization. It also supports external input clock sources, allowing the device to be easily synchronized with other devices.

The Z85C3010VSG is ideal for applications where low jitter and ultra-precise synchronization are required. It features a wide range of control and monitoring features, allowing users to easily configure and manage the device. The device also supports multiple clock synchronization protocols, allowing it to be used in complex system architectures with multiple timing sources.

This device offers clock synchronization for video, audio, and data streams, allowing for video encoding, decoding, and streaming applications. It also supports flexible output configurations with distortion-free spread spectrum clocking, as well as active monitoring of input and output clock frequencies. The device can also generate and synchronize multiple clock sources, eliminating the need for multiple clock sources in a system.

The Z85C3010VSG is an ideal solution for applications that require precise timing and synchronization. It features the ability to generate and synchronize multiple clock sources, and active monitoring of input and output clock frequencies, offering precision and stability for a wide range of applications. Its wide range of features, such as flexible output configurations and low jitter, make it an ideal choice for a range of applications, including video surveillance systems and digital/video broadcast systems.

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