SI53108-A01AGMR

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The SI53108-A01AGMR is a high performance Any-Frequency® Clock IC with a Digital Burn-In system for application specific usages that require higher clock accuracy and flexibility. This IC integrates advanced low phase jitter, any frequency programming, programmable loop bandwidths and supports input frequencies up to 800MHz. The SI53108-A01AGMR is widely used in clock networks and that require phase-locked loops (PLLs) with extremely low jitter performance.

Key Features

• Programmable output frequencies from 10kHz - 800MHz.
• 3.3V operation and separate supply pins for I2C and digital buer-in.
• Low jitter performance.
• Supports multiple digital-phase-locked loop configurations.
• Supports input frequency up to 800MHz.
• Patented Digital Burn-In system for on- chip aged clock testing.

Application Fields

The SI53108-A01AGMR clock IC is widely used in multiple clock networks, such as telecommunications, consumer electronics, consumer goods and appliances, enterprise storage and communication systems, military and aerospace, network switching and routing, industrial applications, and more. The clock IC can be used in any application that requires a high performance, power efficient, low jitter clock IC.

Working Principle

The SI53108-A01AGMR utilizes an advanced digital phase-locked loop (DPLL) and a digital-analog filter loop for superior jitter performance. The IC integrates a programmable output frequency capability, with any frequency programming from 10kHz to 800MHz. The SI53108-A01AGMR also integrates a patented Digital Burn-In system, which allows it to perform extensive on-chip aged clock testing. The burn-in system shows an accurate representation of the actual clock output performance and helps ensure that the clock IC is up to the task of long-term, accurate clock operations.

The I2C programmable register of the SI53108-A01AGMR allows users to access and modify the clock IC configuration and settings. By adjusting the configuration and settings, users can maximize the performance of the clock IC, while minimizing the power consumption. The user can also monitor the current and past performance of the clock IC, through the I2C interface.

Conclusion

The SI53108-A01AGMR is an excellent clock IC for application specific usages. By utilizing an advanced DPLL and digital-analog filter loop with low jitter performance, this clock IC is able to achieve a high frequency output with a reduced phase jitter. Furthermore, the patented Digital Burn-In system provides an accurate representation of the clock IC\'s output performance, allowing it to handle long-term and accurate clock operations. The I2C programmable register also makes it simple for users to monitor and adjust the clock IC\'s performance and power consumption. The SI53108-A01AGMR clock IC is a great solution for clock networks requiring superior performance.

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