CDCLVC1103PW

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Clock/Timing - Clock Buffers, Drivers are essential components in the semiconductor industry that accommodate high-speed data transmission in many electronic devices. The CDCLVC1103PW is one such component that combines the features of a low-voltage, low-power differential line driver and a clock buffer, enabling an output signal with a propagation delay of 11.5ns and a switch-point of 1.2V. It supports up to 3.3V supply voltage and is an active high, single-line driver.

The CDCLVC1103PW has three main application fields - digital signal processing, broadband communication systems, and networking. It can be used in digital signal processing applications to drive high-speed data transmission signals in the LAN, Fibre Channel, SAS/SATA, and Fibre Optic Protocol standards. It is suitable for high-speed serial data communication systems requiring low-voltage, differential signaling. Its low power consumption and low jitter features make it suitable for networking applications such as network switches and routers. The CDCLVC1103PW is also suitable for clock signal applications such as clock division/multiplication and signal transmission through backplanes.

The CDCLVC1103PW works on the principle of current-steering, meaning it converts a single-ended signal input into a pair of low-voltage, differential outputs departing from the main supply. It is designed to ensure low jitter and to maintain high signal integrity over a wide range of frequencies, independent of the rise and fall times. To further improve performance, the CDCLVC1103PW incorporates on-chip, dedicated circuitry to regulate the output current levels, ensuring accuracy and stability. This allows the CDCLVC1103PW to provide reliable operation at frequencies up to 200MHz.

The CDCLVC1103PW supports LVDS, CML, and CMOS I/O levels. Its differential outputs are available in both inverted and non-inverted forms, allowing it to interface with a wide range of circuit types. It also has an internal power-on reset feature that ensures its outputs are forced to a low state upon power-up. This allows the CDCLVC1103PW to be used in mission-critical applications where reliability is paramount.

The CDCLVC1103PW is ideal for applications requiring high-speed clock data transmission, such as those found in digital signal processing and networking, due to its low-voltage, low-power consumption, low-jitter, and high speed data rate capabilities. It is designed for high-bandwidth, multi-GHz communication needs, supporting up to 200MHz clock speed, and providing reliable operation over a wide range of frequencies. It is a single-line driver with on-chip, dedicated circuitry to ensure accuracy, stability and low jitter, and is available in both inverted and non-inverted forms. This allows the CDCLVC1103PW to be used in high-speed data transmission applications, providing reliable operation and signal integrity over a range of frequencies, even in mission-critical applications.

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