591AD74M2500DG

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Introduction for 591AD74M2500DG

The 591 AD74M2500DG dual in-line package (DIP) is a type of oscillator developed by ON Semiconductor. It is an industry-leading low jitter clock device designed to guarantee system stability and ultra precise clock distribution.

591AD74M2500DG Application Field

The 591 AD74M2500DG DIP is a reliable choice for any synchronization or communication system that needs precise timing. The frequency and the output signal amplitude remain constant over the entire temperature range of operation. It is suitable for applications such as Ethernet, USB, PCIe, HDMI, Serial ATA, USB3.0, SAS, InfiniBand, Fibre Channel, and more.

This device is especially suited for data center networks that require high-speed, low-latency connectivity and need the robustness and reliability of stable clock sources. Above all, the 591 AD74M2500DG provides a perfect timing solution for network-based applications, such as Video over IP (VoIP).

591AD74M2500DG Working Principle

The 591AD74M2500DG consists of an oscillator core, a prescaler, and a gigabit Ethernet media access control (MAC). Its working principle relies on the principle of frequency division. The oscillator is powered by a DC voltage that generates a periodic waveform, the clock frequency. Then, the prescaler takes in this clock signal and divides it down to the required frequency, which is then fed into the MAC.

The 591AD74M2500DG is able to provide a precise, stable clock signal for every type of system, regardless of temperature change, as it is designed to operate over the entire range of operating temperatures. In addition, the device has an integrated ESD and EMC protection circuit, which protects the components from damage caused by external interference.

Conclusion

Overall, the 591AD74M2500DG is a reliable solution for synchronizing data center networks for applications that require high speed and low latency. Its precise timing and robustness make it an industry-leading device for generating and controlling precise clock cycles.

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