SY58606UMG-TR

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The SY58606UMG-TR is a clock buffer that is designed to provide a consistent clock signal for distributed systems. It supports Input/Output frequencies up to 400MHz and has a wide range of input/output differential voltage swing (1.2V to 3.3V). Furthermore, this clock buffer is available in three different packages: QFN48, TSSOP48, and TQFP48. The SY58606UMG-TR is used in a wide range of applications and is suitable for any application that requires reliable and low-noise clock signals.

The SY58606UMG-TR’s main application field is distributed clock systems. It provides an exact frequency output to devices that need the same timing, such as Ethernet networks, microprocessors and memory devices. This clock buffer is designed to ensure a reliable and accurate clock signal in all digital systems. It also ensures low jitter, low power consumption and excellent signal integrity. This makes it a perfect solution for any timing sensitive application.

The working principle of the SY58606UMG-TR consists of regulated pulse width modulation (PWM) control and a dual-stage buffering process. In the regulated PWM control, the incoming clock signal is monitored and compared with the regulator set by the user. If the signal frequency deviates from the regulator, the duty cycle is adjusted to keep the output frequency constant. The dual-stage buffering process helps reduce jitter, noise and eliminate propagation delays. The output buffer is also used to maintain the signal impedance at a constant level.

The SY58606UMG-TR is a versatile device, offering the user a choice of multiple inputs and outputs. It is designed to provide reliable and low-noise clock signals to digital systems. This makes it an ideal choice for any application that requires accurate and reliable clocks. With its wide range of operating frequencies and packages, this clock buffer is a great solution for any distributed clock system.

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