CY2DP1510AXI

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

CY2DP1510AXI is a clock driver with Clock/Timing – Clock Buffers, Drivers technology. The device is designed to provide buffered outputs that are synchronized with one or two reference clock inputs. This clock driver is constructed with low offset buffers, allowing the outputs to be driven at frequencies different from the input. It can modulate the duty cycle of the reference signal to compensate for duty cycle distortion, temperature or process variation, or signal transmission losses. The device also provides low-boot functionality, which allows the input signal to be divided in order to reduceclock skew or drive multiple outputs.

The applications of CY2DP1510AXI mainly lie in clock signal distribution, Clock Tree Synthesis, clock multiplexing, Timing Margin Optimization, clock signal adaptation, and clock skew control. Additionally, it can be used for clock signal fan-out, timing isolation or termination, clock buffer hierarchy, phase-shift control, and PLL synchronization.

CY2DP1510AXI’s working principle is based on low offset buffers. Low offset buffers, as the name suggests, are designed to reduce timing skew between the output and input clock signals. These buffers can be used to drive one or two inputs, allowing the user to choose between single-ended or differential operation. Additionally, both the input and output drivers can be enabled independently, allowing the user to select the desired operating mode.

The device also features low-boot functionality, which allows the device to regenerate the assumed delay of the input signal for each chip select signal. This feature is essential for clock signals that are spread out over multiple physically dispersed locations. Additionally, the device can also be used to modulate the duty cycle of the reference signal to compensate for duty cycle distortion, temperature or process variation, or signal transmission losses.

CY2DP1510AXI also provides users with fine-tune parameter settings. These settings are necessary when it comes to ensure accurate synchronization between the output clock signal and the reference signal. Furthermore, a slew rate selector function is also included, and it allows users to adjust the slew rate of the output driver to match the requirements of the receiving device.

Overall, CY2DP1510AXI is a useful device for clock signal distribution and timing optimization. The device features low-offset buffers, low-boot functionality, parameter settings, and slew rate selection, enabling users to customize various aspects of their clock signal distribution. Furthermore, the CY2DP1510AXI can also be used to modulate the duty cycle of the reference signal to compensate for duty cycle distortion, temperature or process variation, or signal transmission losses.

The specific data is subject to PDF, and the above content is for reference