CDC208DWG4

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The CDC208DWG4 is a low-power, high-performance differential line Driver/Receiver specifically designed for deploying high-speed data across long-distance backplane applications. It operates over a wide range of supply voltages, and ensures impedance matching, signal integrity and EMC compliance. The versatile design makes it ideal for use in a variety of applications, from consumer electronics, automotive, aerospace and telecoms.

This clock buffer consists of a differential input, differential output and a low-power phase-locked loop (PLL) that provides clock verification. The PLL is a small, but powerful circuit that allows this clock buffer to operate at up to 2GHz and 50Ω impedance. It has the capability to clock data at a frequency of 0MHz to 2GHz and to adjust the delay and jitter of the clock signal to certain timing specifications. It is also capable of providing synchronization between two devices, by using the advanced phase detector on the input side and the advanced switch control on the output side.

This clock buffer provides an adjustable current-output load that ensures increased circuit linearity, enabling the device to transmit data with low bit-error rate (BER). Its differential output also helps to reduce EM interference and allows signals to be transmitted over longer distances without affecting performance. The device eliminates the need for external components, thereby reducing power consumption, board space and cost.

The CDC208DWG4 provides multiple functions of egress and ingress clocking for backplane systems. It features a range of input and output clocking options. The integrated PLL makes it possible to clock data in either phase or frequency mode. In addition, it includes an I²C interface for controlling multiple clock buffers simultaneously.

The CDC208DWG4 has many advantages over other clock buffers, as it can provide a high performance solution for a wide range of applications. It offers low power consumption, low-cost and fast response time. The device is designed to be extremely reliable and will provide accurate, high-speed data transmission across long distances. Additionally, it offers EMC and power-efficiency enhancements, making it suitable for many applications.

The CDC208DWG4 has many applications across many industries such as automotive, consumer electronics, aerospace, and telecoms. Its performance in these industries has been demonstrated, most notably in automotive networks, by providing faster response times and improved power efficiency. Its noise immunity and EMC compliance are also useful in wireless telecoms applications, while its low-cost and small footprint are ideal for consumer electronics.

In conclusion, the CDC208DWG4 is a reliable, low-power and cost-effective solution for high-speed data transmission. It is suitable for many applications across multiple industries, and can provide a reliable and efficient data connection over long distances. Its PLL provides clock verification and allows users to clock data in either phase or frequency mode. Additionally, its differential output reduces EM interference and allows for increased linearity and low bit error rate. The device also offers I²C control for multiple clock buffers, and its low-cost and small footprint make it the ideal solution for consumer electronics.

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