CY2DP814ZXCT

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The CY2DP814ZXCT is a high performance and low power clock buffer that provides superior signal integrity and increased design flexibility with versatile spreading capability. The device is engineered to optimize signal integrity at any frequency by changing the duty cycle of the output signal. The CY2DP814ZXCT clock buffer supports up to four banks of single-ended, low voltage differential signals (LVPECL). The CY2DP814ZXCT can provide up to 250MHz of clock frequency, with very low input-to-output skew, and a wide frequency range up to 800MHz.

The CY2DP814ZXCT is designed for applications where high speed clock frequencies are required in order to operate multiple ASICs or a large number of synchronous digital devices. These devices are typically found in communications, networking, imaging and data storage applications. The CY2DP814ZXCT can be used to reduce power consumption by spreading the clock signals from multiple devices over multiple clock buffers. In addition, the output duty cycle of the device has been optimized to provide superior signal integrity over real-world applications. The CY2DP814ZXCT has a wide range of features that make it well suited to many different applications.

The CY2DP814ZXCT clock buffers are designed with a number of innovative features to provide superior performance. These features include an integrated spread spectrum clock monitor, with programmable spread spectrum compensation settings, adjustable output frequency range, fast power-down and up times, advanced power-saving circuit, and ESD protection. The integrated spread spectrum clock monitor allows the device to quickly detect and adjust the output frequency to any frequency between 300MHz and 800MHz. This feature allows the CY2DP814ZXCT to provide superior signal integrity across a wide range of input frequencies.

The CY2DP814ZXCT also has an adjustable output frequency that can be programmed through an I2C interface. The output frequency range can be adjusted from +/- 3% to +/- 10%, allowing for fine-tuning of the device to any environment. The CY2DP814ZXCT also offers fast power-down and up times, reducing power consumption and system latency. In addition, the device has an advanced low power saving circuit, which reduces power consumption even further when in low power mode.

The CY2DP814ZXCT is protected against Electrostatic Discharge (ESD) with an integrated ESD protection circuit. This circuit provides an additional layer of protection against electrostatic discharges that can damage or destroy delicate integrated circuits. The robust ESD protection circuit is capable of withstanding voltages up to 8kV on all lines.

In conclusion, the CY2DP814ZXCT is an ideal solution for applications where power savings and superior signal integrity are needed. The device is well suited for networking, imaging and data storage applications, and for reducing power consumption in multiple ASIC applications. With its adjustable spread spectrum technology, fast power-down and up times, advanced low power saving and ESD protection, the CY2DP814ZXCT provides superior performance and reliability for all clock and timing applications.

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