MAX3676EHJ-T

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The MAX3676EHJ-T is a low-power, high-precision, low-jitter timing (clock) solution CLK/PLL that is specifically designed for a variety of timing applications. It uses an external crystal as its reference clock, which enables the generation of a number of clocks and other signals. The ultra-low power consumption makes it an ideal choice for low-power and portable applications.

The MAX3676EHJ-T supports input clock frequencies from 0 to 6.5GHz, thus providing a wide frequency range. The device\'s low-power capability is further enhanced by its low-phase noise and jitter performance. It enables maximum integration of complex clock trees and eliminates timing errors associated with other technologies. Additionally, the device is capable of supplying clean clock signals with reduced glitches and jitter.

The MAX3676EHJ-T also features a wide range of features that make it an attractive solution for many clock-distribution applications. It includes an integrated programmable deadtime generator, high-speed output drivers, and receive-enable clock synchronization. The receive-enable clock synchronization feature is especially valuable when used in products requiring a high level of performance. Additionally, the device is highly configurable, allowing users to tailor the clock tree solution to their specific needs.

The device operates on a single 3.3V supply for its core logic. Additionally, it has an adjustable output voltage range of 1.8V to 3.3V and a maximum output clock frequency of 1.3GHz. The device also contains numerous power-saving features to ensure maximum efficiency. These include a low-power state machine, programmable time-stretch logic, and an integrated power-saving control logic.

The MAX3676EHJ-T uses a differential clock-forwarding technique to ensure maximum signal quality. The differential clock-forwarding technique is a unique feature of the MAX3676EHJ-T that makes it a great choice for critical clock-distribution applications in RF and microwave equipment. The differential clock-forwarding technique helps to maximize signal integrity by allowing the maximum amount of signal isolation and minimizes skewing due to temperature and voltage drift.

The MAX3676EHJ-T also features shutdown and power-down control logic, which allows the device to remain in a low-power state while inactive. This feature helps to reduce overall power consumption and noise, while enabling the most power-efficient operation possible. Additionally, the device includes a wide variety of delay and phase control options, as well as adjustable differential output swing and drive strength.

The MAX3676EHJ-T is designed for a number of applications requiring precise timing and clock signal distribution. Its low-power and high-performance features make it an ideal choice for portable and low-power applications, while its wide range of features make it an attractive solution for a variety of clock-distribution applications. Additionally, the unique differential clock-forwarding technique ensures maximum quality and accuracy of the output signals. The MAX3676EHJ-T is a flexible, high-performance and low-power timing solution that can provide the accuracy and reliability required for highly precise and reliable clock-distribution applications.

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