CDCLVP2104RHDT

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The CDCLVP2104RHDT from Texas Instruments is a low-skew, low-jitter clock distribution buffer and transmitter. It is designed to efficiently distribute high-speed differential clocks from low-skew clock sources. The device allows up to eight outputs, with systems up to sixteen outputs supported by cascading additional devices. Applications for the device include telecom, datacom, servers and storage, consumer, automotive, and avionics.

Features and Benefits

• Low-jitter, low-skew outputs
• Up to 8 outputs
• Up to 16 outputs cascading
• Low power consumption
• Integrated termination
• Layered architecture

Industry Applications and Working Principle

The CDCLVP2104RHDT is optimized for high-speed, low-skew clock distribution to a variety of systems. It is often used in telecom, datacom, servers and storage, consumer, automotive, and avionics industries. It is capable of driving clock signals up to 600 MHz, offering incredibly low jitter and high accuracy.

The device operates using a layered architecture, where the inputs are buffered and multiplexed to create data streams which then pass through various clock buffers, drivers and output stages. This architecture ensures low-jitter and low-skew performance, as well as low power consumption.

The CDCLVP2104RHDT uses a differential signal for the input and outputs, which offers additional benefits in terms of signal integrity and noise immunity. The device is also designed to handle up to 8 inputs and 8 outputs, or up to 16 outputs by cascading additional devices. It can also handle up to two sources, which helps reduce skew between outputs.

The CDCLVP2104RHDT has integrated termination, which helps to reduce reflections on the transmission line. The device also features an integrated filter which helps to reduce jitter and reduce noise. Additionally, the device can be used to drive both AC-coupled and DC-coupled signals.

Conclusion

The CDCLVP2104RHDR is a very versatile clock driver capable of driving both AC and DC signals up to 600 MHz. It is suitable for a variety of applications, including telecom, datacom, servers and storage, consumer, automotive, and avionics industries. It has built in features such as integrated termination and a jitter filter, as well as a layered architecture for low-jitter, low-skew performance.

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