MAX9486EUG

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The MAX9486EUG is a clock generator, phase locked loop (PLL), and frequency synthesizer. Designed to provide an accurate synthesized signal of any frequency with low jitter, this state-of-the-art device is an ideal solution for automotive, networking and computing applications requiring multiple, stable clock domains.

The MAX9486EUG integrates a voltage-controlled crystal oscillator (VCXO) for providing synchronized frequency synthesis to any output clock, even if the reference signal has changed. The VCXO is powered from the analog supplies, making it ideal for embedded applications. Additionally, the device supports both differential and single-ended output clocks, allowing for greater flexibility in clock output configurations.

The MAX9486EUG also provides a high degree of jitter attenuation, making it suitable for applications that require both low jitter and noise levels. It is also compatible with all types of logic families, such as LVDS, SSTL, and HCSL, and has a programmable output drive strength of up to 4mA. These features allow the device to handle the noise in high-frequency applications, while still providing reliable and accurate timing signals.

The MAX9486EUG is suitable for a variety of automotive, networking, and computing applications, such as: digital signal processing, microprocessors and memories, storage systems, digital audio/video players, automotive applications, and medical and medical imaging equipment.

In automotive applications, the MAX9486EUG can be used to generate the required clock frequencies for computing, communications, and navigation systems. Additionally, it can be utilized for engine control and diagnostics, as well as for providing a clock signal for sensor data acquisition. Similarly, its low-jitter output can be used for communications systems, including Bluetooth and Ethernet, as well as for HD video broadcast systems.

The MAX9486EUG provides a cost-effective way to generate accurate timing signals that can withstand the noise in high-frequency applications. Moreover, its low jitter makes it ideal for commercial and automotive applications that require a reliable and accurate input clock. The device is also EMI-resistant and includes a wide range of programmable features, making it easy to design a board layout that meets a wide variety of customer requirements.

The MAX9486EUG works by generating a reference clock from a crystal or resonator and then feeding it into the VCO of the device. The VCO then produces an output signal that is synchronized to the reference clock, but at the desired frequency. This frequency is then adjusted by changing the values of the programmable registers. The device can be clocked from a variety of sources and can be programmed in a variety of ways, making it an ideal solution for many applications.

The MAX9486EUG also provides a low power standby mode, where the device consumes only 0.8mW of power when it is not actively generating output clocks. This makes the device ideal for applications that require low-power consumption and maximum efficiency. The device can also be reset remotely, allowing for additional flexibility in the design of the system.

Overall, the MAX9486EUG is a reliable and cost-effective solution for clock generation, phase locked loop, and frequency synthesis applications. It provides a low-jitter and low-noise output that is compatible with a wide range of logic families. Additionally, it offers a low power consumption mode and multiple output clock types, providing a simple and versatile means for generating accurate timing signals in automotive, networking, and computing applications.

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