CDC318ADLR Integrated Circuits (ICs)

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The CDC318ADLR is a low-skew clock driver and buffer, providing reliable clock conditioning for various high-speed synchronous applications. It reduces frequency and duty cycle distortion, giving designers more flexibility when selecting the drive strength and output load. In addition, the device provides differential outputs for improved signal transmission quality and noise immunity.

The CDC318ADLR offers excellent signal conditioning to systems which are often plagued by ringing, jitter and skew. With a wide range of output levels and drive strengths, the user can easily adjust the signal integrity to meet their most stringent synchronous designs. The CDC318ADLR also provides differential outputs for improved signal transmission quality and noise immunity.

The CDC318ADLR has diverse application field. Firstly, CDC318ADLR can be used in clock generation in digital data links. It can provide the high performance, low-skew clock distribution for digital data links. It can provide an excellent jitter performance and has a small power consumption. Secondly, the CDC318ADLR is also used in DRAM timing applications. The integrated buffer and driver can condition clock signals in high-speed DRAM systems. It accurately distributes clock signals and provides ultra low-skew output pairs.

The CDC318ADLR works by taking the input clock signal and buffering it through an internal buffer amplifier. The buffered output is then amplified by the output driver to generate the differential output clock signals. The buffer and output driver are designed to maintain low-skew while ensuring clean output over a variety of load conditions. The device has very low power consumption due to the integrated buffer and driver architecture.

The CDC318ADLR is highly efficient in generating and distributing reliable clock signals for high-speed data applications. It offers excellent signal conditioning to systems which are often plagued by ringing, jitter and skew. The device has very low power consumption due to its integrated buffer and driver architecture. With output drive strength and load impedance options, designers can easily adjust the signal integrity to meet their most stringent synchronous designs. Therefore, the CDC318ADLR is suitable for applications which require low-power and reliable clock conditioning.

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