CDC318ADLG4

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The CDC318ADLG4 is a high-performance, low-skew, low-jitter clock buffer. It is designed to reject EMI and EMI-induced jitter in clock signals. It is also capable of driving clock buffers, clock drivers and repeaters in order to extend clock signals to their destination. This clock buffer can be used to drive up to 17 fanout buffers from one input signal.

The CDC318ADLG4 has an adjustable clock frequency range of 6MHz to 1.2GHz. It also supports multiple output frequencies, ranging from 50MHz to 1.2GHz. Its low jitter performance is useful for low-latency applications, such as network switches, servers, routers and ARM SoC devices. Its low power consumption and high input sensitivity make it ideal for use in applications which have limited power budgets and long signal paths.

The CDC318ADLG4 has a wide range of usage in the field of clock buffer applications. It is used in telecommunications, consumer electronics, industrial automation, medical equipment and other such systems. It can drive up to 17 outputs and is capable of rejecting EMI and EMI-induced jitter on clock signals. It also features a low power consumption regime, enabling it to be used in low-power applications with long signal paths. It is also capable of driving clock drivers and repeaters in order to extend signal paths.

The CDC318ADLG4 working principle involves transmitting a low frequency clock signal and powering up the buffer. The clock signal is then buffered and split into different output signals. The clock buffer then amplifies, transforms, or skews the clocks to the required output frequency. The clock buffers are then released to the destination, all in a synchronous manner. All of these operations take place with minimal delay and jitter, ensuring that all data transmitted accurately with minimal latency.

The CDC318ADLG4 is a versatile clock buffer which is suitable for a wide range of applications. Its adjustable frequency range and low-power consumption make it an excellent choice for a variety of applications, regardless of the complexity of the signal paths and power budgets. Its low jitter performance ensures low latency and accuracy in the data transmitted. It is perfect for driving 17 fanout buffers, clock drivers and clock repeaters for long signal paths.

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