IDT5V551DCI8

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The IDT5V551DCI8 is a member of IDT\'s 0.5 V to 3.3 V high-performance clock buffers, drivers and translators family. It is designed for medium- to high-speed communications and networking applications, providing the necessary isolation and buffering required to drive the clock tree of communications and networking integrated circuit (IC) functions. The IDT5V551DCI8 can be used to drive a variety of clock tree types, including SPI and I2C, as well as multiplexers, multiple bus structures, and clock tree arrays with different output syntax variations.

The IDT5V551DCI8 features up to 3 sets of M3 single-ended outputs, including one set that is differential, for bi-directional drive capability. The outputs are stub-matched for minimal propagation delays and noise. Furthermore, the outputs are designed to drive up to 3 standard LVCMOS inputs. The device also features a spread-spectrum clock input and an enable input that can be used to reduce output jitter and skew, while ensuring minimum noise coupling.

The IDT5V551DCI8 has a 3-state pin-selectable output drive capability, allowing it to be used in applications that require powering down the components or running in a reduced power mode to reduce power consumption. The device also has 3 sets of enable pins, making it possible to disable the outputs and enable individual buffers, to reduce power further. The device also features internal clock dividers for output frequencies that are different from the input frequency.

The IDT5V551DCI8 has a low power consumption of just 0.815 mW typ at 3.3 V and is rated from -40 to +85 °C. The device is housed in a 28-lead TSSOP package, which is small and allows for easy system design.

The IDT5V551DCI8 is an ideal clock buffer, driver, and translator for a variety of applications, such as networking, communications, and data processing. It is designed to provide low jitter, low skew and minimal power consumption, while supporting high-frequency clock signals. The device can also be used to reduce system EMI/EMC noise and to increase signal integrity. Additionally, the device has a wide range of output options fully programmable to fit the exact requirements of any application.

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