MAX9321BESA+

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The MAX9321BESA+ is a multi-rate fanout buffer for ULL signals and clock signals, supporting banks of differential or single-ended clock signals.The device includes an on-chip selectable phase-locked loop (PLL) function for clock signal extraction that enables unique and highly precise clock fanout applications.

To meet the demands of different applications, the MAX9321BESA+ provides multiple types of outputs, with multiple high-performance and low-skew output banks that can be used independent of each other, allowing it to handle a wide variety of clock and ULL fanout applications. On-chip power management features provide advanced power management features to support many fanout applications. This multi-rate fanout buffer is ideal for applications where a high degree of phase-locked loop (PLL) accuracy is required, such as in high-speed device assemblies, telecommunications, and automotive systems, among other settings.

The MAX9321BESA+ offer several types of outputs, featuring up to six differential bank outputs, 18 single-ended and 10 differential outputs, as well as a series of individually selectable differential or single-ended outputs. To provide the highest levels of accurate PLL accuracy and minimize the risk of jitter, the differential output banks and the individually selectable single-ended or differential outputs are matched to each other. Furthermore, the device also features two integrated crystal oscillator options that allow customers to specify a reference clock frequency outside of the range offered by a common crystal. The fanout clock delay can be set, helping to further customize the settings to match application specific requirements.

When it comes to power efficiency, the MAX9321BESA+ is designed to help conserve power. The device employs an on-chip voltage-controlled oscillator (VCO) for power management, allowing for more efficient delivery of power. Furthermore, the MAX9321BESA+ also includes input level shifting technology that helps to match the MAX9321BESA+ to the desired fanout application voltage level, allowing for optimal power performance. Additionally, the device has an adjustable high/low power state, allowing for more efficient delivery of power when not absolutely necessary, thus reducing overall power consumption.

In terms of performance and accuracy, the MAX9321BESA+ features an advanced output buffering architecture that supports up to 18GHz operation, ensuring top-level accuracy and low jitter performance. Furthermore, the device is designed to meet the demanding specfications required by various applications and industries. The device is designed to meet ULL and LVCMOS output timing standards, and comes with an adjustable impedance matching output stage that helps ensure consistent performance across various impedance demands.

The MAX9321BESA+ also features a flexible and configurable architecture that provides customers with a wide range of options to better meet the needs for their specific applications. The device allows for customization of the control inputs, mapping of the output banks, and protection of the outputs in order to maximize performance and minimize the risk of jitter. Additionally, the device also offers easy customization of memory depths and output parameters, such as timing and voltage thresholds, allowing customers to easily set up the device to meet their exact specifications.

Through its combination of high performance, accurate PLL performance, and highly configurable design, the MAX9321BESA+ is an indispensable choice for any clock/timing application with bank driver and buffering requirements. The device offers outstanding performance and flexible design, making it the perfect choice for high-end applications where maximum performance and accuracy are critical. Furthermore, the device also enables customers to customize their designs based on the needs of their specific applications, allowing them to create the perfect clock/timing solution that meets their needs.

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