MAX3886ETN+T

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The MAX3886ETN+T device is a low-power integrated clock multiplier and clock synthesizer fundamental building block IC that provides a key resource for design of sophisticated clocking schemes. This device can be used in several applications in the field of Clock/Timing – Application Specific. A few examples of such applications are:

• High-speed serial link transceivers
• Ethernet network controllers
• Gigabit switches and routers
• High-speed point-to-point interface
• Clocking of ASICs and FPGAs
• ADSL and PNA transceivers
• System clocking for DSPs/microcontrollers
• Optical networking equipment
• Wireless Base Station receivers

The MAX3886ETN+T operates over an extended range of frequencies, from 0.48 MHz to 600 MHz. This allows the use of a wide range of reference crystals and provides flexibility in the selection of reference clocks. It is capable of both multiplication and division of input clock signals with a minimum clock multiplication factor of 2 and a maximum of 512. The wide frequency range of the device also allows for manipulation of the output clock frequency independent of the reference clock frequency, allowing for greater flexibility.

The MAX3886ETN+T can generate four outputs from one or two references, or three outputs from one reference. This makes it extremely versatile for implementing clock synthesizers and high-speed serial link transceivers. The output rate of the MAX3886ETN+T is highly programmable and is dynamically adjustable under the control of a microcontroller. In addition, the device has a built-in phase-locked-loop (PLL), which allows the device to be used as a frequency synthesizer. The frequency generator module can be used to synthesize clock signals with extremely low jitter and phase noise, making the device ideal for use in demanding high-performance applications.

The MAX3886ETN+T also includes a freerun function, which allows the device to generate an output clock in the event of a loss of input reference clocks. This freerun function can be used in applications where a constant stable clock is required such as in system synchronization or DSP applications, for example. The device also has a spread spectrum operation mode for applications where wide EMI/RFI (electromagnetic interference/radio frequency interference) coverage is required.

The MAX3886ETN+T also has an integrated power-down mode, which allows for significant power savings when the device is not in use. The device is housed in a compact, surface-mount package which is designed for reliable performance in mounting and handling processes. The package also contains an ESD (electrostatic discharge) protection giving the device greater resistance to electrical environments where ESD is a major concern.

The MAX3886ETN+T provides a low power and highly integrated platform for implementing a wide variety of clock/timing applications. Its wide range of features and programmable functionalities make it an ideal device for a variety of applications, while its extended frequency range and low power consumption make it ideal for use in advanced high-performance applications. Its highly programmable and dynamically adjustable operation, coupled with its integrated PLL and spread spectrum capabilities, make the MAX3886ETN+T a reliable, low-power and highly accurate device for use in a wide range of clock/timing applications.

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