SY58032UMG-TR

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SY58032UMG-TR is a clock buffer and driver designed specifically for clock distribution, fan out and inter-chip clock signals in high speed applications. Used in clock tree networks, the clock buffer and driver offers low skew, minimal jitter, and low insertion loss with 50 Ohm transmission lines. It is particularly suited for applications where minimal clock skew and uniform distribution of the clock signal is required between multiple chips. The device consists of five outputs that are driven from an input by a single device.

The device accepts a single low swing clock input up to 300 MHz. Its low swing input ensures minimal noise generation, which increases signal integrity and reduces EMI. Synchronization of each output is achieved through the global clock distribution network. The device supports a wide variety of input formats, and can buffer and drive both differential and single ended signals. The outputs are connected to a load in parallel with a terminating resistor, allowing for maximum signal integrity. The termination resistor increases the output impedance, allowing for better signal transmission.

The device is designed to reduce the distance between the clock source and the clock receiver. This reduces the clock skew and jitter, as well as providing buffered outputs with a low insertion loss. The output switch time is designed to be fast while still providing excellent power dissipation and minimal droop. It can also be used in high frequency, high speed applications.

The SY58032UMG-TR has an on-board power supply that can draw either 3.3V or 5V. It is available in a variety of packages that are optimized for different end applications, such as flatpacks and surface mount devices. The device operates at a temperature range of -40°C to +85°C, ensuring reliable operation in extreme temperatures.

In summary, the SY58032UMG-TR is an ideal solution for clock distribution, fan out, and inter-chip communication, particularly in high speed, high frequency applications. It is excellent for applications that require minimized clock skew and signal integrity, with minimal power consumption and a wide temperature range.

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