SY56028XRMG Integrated Circuits (ICs)

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The SY56028XRMG is a timing device designed for clock and buffering applications. It features two independent, differential clock inputs and eight clock outputs. The chip offers a wide range of features for driving high frequency, low latency, low jitter clock signals. The chip operates from -40°C to +85°C and is available in 4x4 BGA SMT packages.

The SY56028XRMG is targeted towards applications that have high-speed, low-latency timing requirements such as clock synchronization, buffering, and distribution. It is used to drive high-speed devices like FPGAs and optical transceivers or to provide clean clock signals for logic and memory devices. The SY56028XRMG can also be used in microprocessor and SOC based systems, as well as in networking, storage and telecom equipment.

The SY56028XRMG features a differential 200MHz output clock buffering capability designed for clock synchronization and distribution. The device supports two independent differential clock inputs, eight configurable clock outputs and two configurable clock dividers. It provides for wide range output frequencies, from 50MHz to 200MHz and a low jitter of 7ps (Max). The device is capable of driving up to 16 outputs if cascaded with other SY56028XRMG devices.

The outputs of the SY56028XRMG can be individually configured for single-ended or differential operation. The two clock divider inputs can be controlled in real-time, allowing for dynamic frequency adjustments, while the Clock Outputs can be enabled and disabled as required.

The SY56028XRMG also includes a slew rate control, allowing for setting the rate of clock slew. This can be used to reduce noise, increase signal integrity, reduce system power consumption and enable operation at higher frequencies. The input to output skew can be set to less than a nanosecond when the device is operated with a single clock input.

The SY56028XRMG features a power-down functionality, allowing for a reduction of power consumption when the device is not in use. The device is based on a low power BiCMOS process which allows it to operate at voltages as low as 1.5V. In addition, it operates over a wide temperature range of -40°C to +85°C.

The SY56028XRMG is a high performance, low power, low latency timing device ideal for applications where high speed, low latency, wide frequency range and low jitter are important requirements. It is suitable for clock synchronization, buffering, and distribution in FPGA, SOC, and Network systems.

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