ICS9UMS9633AKLF

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ICS9UMS9633AKLF Application Field and Working Principle

The ICS9UMS9633AKLF is a clock and timing device introduced by IDT, a leading provider of high-performance, mixed-signal, programmable solutions. This device belongs to the category of Application Specific Clock/Timing devices, and is designed to offer the highest level of reliability and performance for complex timing applications such as microprocessors, high-speed memory systems and personal computer motherboards. The ICS9UMS9633AKLF provides accurate and consistent timing signals for a wide range of applications.

Key Features

• High accuracy ±100 ppm
• Wide temperature range −40 to +125°C
• Six output clocks
• Clock synchronization
• Power-down mode

Working Principle

The ICS9UMS9633AKLF works on a reference clock signal and generates six outputs at different frequencies and phase alignments. The internal circuitry is designed for a wide range of temperatures and uses an on-chip crystal oscillator for a precise frequency. The ICS9UMS9633AKLF is a phase-locked loop frequency synthesizer that automatically tracks and locks to the reference clock frequency. This frequency gets divided internally to generate the desired output frequencies. The device uses power-down mode for saving power when not in use. This device also allows clock synchronization between multiple devices to ensure accurate timing.

Applications

The ICS9UMS9633AKLF is used in many areas such as high-end microprocessors, personal computer motherboards, and high-speed memory systems. It can also be used in industrial controls, automated test equipment and gaming systems. This device provides reliable, precise and consistent timing signal for large processor and memory systems. It can significantly reduce system cost, power consumption and improve performance.

Conclusion

The ICS9UMS9633AKLF is a high-end clock and timing device belonging to the Application Specific Clock/Timing category. It provides an accurate, reliable and consistent timing signal for a wide range of temperature and applications. This device is used in microprocessors, high-speed memory systems and PC motherboards. It also provides a power-down mode for power saving, and a clock synchronization between multiple devices for accurate timing.

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