PI6C59S6005ZDIE

The PI6C59S6005ZDIE is a high-performance Clock Buffer/Driver designed for multi-frequency applications and features excellent timing jitter performance. It is suitable for applications such as base stations, switches, routers, and communication cards. Such applications require the clocking solutions to provide higher precision, accuracy, and reliability.

The PI6C59S6005ZDIE generates low-skew, glitch-free clock outputs from a single low-skew clock input. All output frequencies are derived from the input reference, with all outputs having the same switching frequency up to the internal PLL maximum speed. The PI6C59S6005ZDIE offers a wide range of spread spectrum mode options to suit system requirements, such as low-noise clock operation or multiple frequencies.

The PI6C59S6005ZDIE has a variety of applications in various Clock/Timing systems. These include data communication and transport, switching, base station, Point-to-Point, network timing, optical transport and high-speed serial communications. It is ideal for Clock and data signal applications that require at least four independent clock outputs with a spread spectrum option.

The PI6C59S6005ZDIE utilizes a differential PLL (phase-locked loop) and is fully differential, allowing it to receive differentially coded clock and data signals from the outside world and accurately translate them into the clock and data signals required for communication. It features three differential inputs and sixteen differential outputs and is rated for operation from -40C to +85C temperature range.

The working principle of PI6C59S6005ZDIE is to accept a single input reference clock, then phase lock the signal to four outputs. In the phase lock process, the reference clock is phase-compensated such that all four outputs maintain the same phase shift from the input clock, regardless of the input frequency. Additionally, the PI6C59S6005ZDIE offers spread spectrum mode options to further reduce the power supply noise issues associated with high frequency switching.

The PI6C59S6005ZDIE includes power-on reset and power-fail reset features that automatically reset the device when power is lost. This allows the PI6C59S6005ZDIE to be used in mission-critical applications such as telecommunications. In addition, it features a wide operating temperature range and is able to survive harsh operating environments.

Finally, the PI6C59S6005ZDIE comes in a low-profile package and is designed to meet rigorous design requirements. With minimal power consumption and superior jitter performance, the PI6C59S6005ZDIE is an ideal solution for high-end, precision clock and data signal conversion requirements.