PCK351DB,112

PCK351DB,112 is a high-performance clock cycle buffer, developed by Parity Computing Corporation, a leading supplier of clock and timing solutions. This clock cycle buffer is designed to replace traditional clock buffering solutions and dramatically improve the performance of high-speed digital systems.

PCK351DB,112 is an ideal choice for driving high-speed serial links, ASICs and FPGAs with clock frequencies up to 10 GHz. This device utilizes advanced cycle buffer technology to improve jitter performance, improve board-level signal integrity and increase system speed. Additionally, PCK351DB,112 incorporates adaptive clocking logic to automatically adjust the clock frequency to accommodate changes in the weather or other environmental conditions.

In addition to improving performance and reliability, PCK351DB,112 also offers excellent EMI (electromagnetic interference) and thermal management solutions. The device reduces EMI radiation by providing robust impedance matching on various transmission lines. Additionally, the device provides an advanced thermal management system to reduce power consumption in high-speed designs. This thermal management system utilizes both active and passive cooling solutions, allowing the device to dissipate heat more quickly and effectively than traditional clock buffering solutions.

PCK351DB,112 is suitable for a wide range of applications, including telecommunications, networking and high-speed computing. The device is also ideal for automotive and industrial designs that require a reliable and high-performance clock buffering solution. In addition, PCK351DB,112 is suited for applications with limited space and tight power budgets.

PCK351DB,112 is a general-purpose clock buffer designed to provide reliable, high-performance clocking solutions in applications with strong requirements for jitter and signal integrity. This product provides high output drive levels, low input pulse rates, low frequency noise and extremely fast recovery times. The device also features configurable phase and duty cycle parameters, allowing designers to optimize their designs for specific applications.

The working principle of PCK351DB,112 is based on a synchronous 4-phase buffering system. This system uses four internal clock buffers, each of which is connected to an output pin. The clock buffers are connected in a loop, with the last one feeding back into the first. The dedicated clock buffers can be configured to either increase or decrease the frequency of the clocks at the output pins. This allows for highly precise control over the clock cycles for a variety of applications.

In summary, PCK351DB,112 is a state-of-the-art clock cycle buffer with advanced features, such as adaptive clocking logic, EMI and thermal management capabilities. This device is suitable for a wide range of digital systems, including high-speed serial links, ASICs, FPGAs and other applications with stringent requirements. The device has been designed to provide reliable performance with low noise and fast switching times. Additionally, the configurable phase and duty cycle parameters of PCK351DB,112 enable designers to optimize their clock buffer and clock synthesizer designs.