CY2DL1510AZC

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CY2DL1510AZC is a low-skew, low-jitter, low-power clock buffer and driver with differential outputs. It is based on Broadcom’s optimized power efficient clock buffer technology, using a single voltage supply, Vcc, to drive up to 4 differential outputs. The CY2DL1510AZC can be used in numerous application fields such as wireless communication, high-end computing, video processing, storage, switches, routers and many more.

This application field can be further divided into three general categories: clock synchronization, clock distribution, and clock conditioning. Clock synchronization is the process of ensuring that all clocks in a system are synchronized with each other so that the IO signals from one clock line to the other do not have skew. Clock distribution is the process of distributing the clock to multiple clock outputs. Clock conditioning is referred to as the process of adjusting the clock output signal falling within the specific design criteria and distortion levels.

The CY2DL1510AZC is specifically designed to meet the demanding application requirements imposed by various clock buffers, drivers and applications. It has a low-skew, low-jitter, low-power differential output drive capable of driving up to four clk-low outputs in LVPECL, CML, SSTL and LVDS output formats. In addition, the CY2DL1510AZC has a wide range of operating frequencies, enabling the application regulations with minute differences.

The CY2DL1510AZC has two parts; the CLK_P and CLK_N pins connected to the clock output, and the CLK_IN pin connected to the input clock. The device functions according to the clock signal provided to the CLK_IN pin and differential output clocks are generated in the CLK_P and CLK_N pins. The output clock frequency is determined by the input clock frequency and the selection of device operating frequency options. The CY2DL1510AZC device can also support clock synchronization, clock distribution, and clock conditioning features.

The CY2DL1510AZC has several features which enable it to meet the demanding application requirements. It has a low-skew differential output drive and a minimum of 50ps jitter. It is also designed to be able to operate with a wide supply voltage range of 2.5V-3.3V. This further allows the device to act as a frequency divider, reducing the input frequency of the source clock by 2, 4 or 8. In addition, the CY2DL1510AZC is designed to have programmable output duty cycle and sleep modes that can be used for power saving.

The CY2DL1510AZC provides an industry leading solution for clock buffering, drivers and applications. It is designed to provide low-skew, low-jitter, low-power clock buffer and driver with differential outputs. Its wide range of operating frequencies, low-skew differential output drive and minimum of 50ps jitter make it ideal for various application fields such as wireless communication, high-end computing, video processing, storage, switches, routers and many more.

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