MAX9314ECJ+

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The MAX9314ECJ+ is a low-power, low-skew 24-output clock buffer designed to distribute clock signals in high-performance systems. This clock buffer features low-skew, phase-locked and zero-delay buffering to optimize system performance. The device includes a differential output driver, clock divider, and jitter-attenuation circuitry. The MAX9314ECJ+ can be used in a variety of applications ranging from clocking CPU, microcontrollers and digital signal processors to fan-out buffering clock signals in telecom and datacom environments.

The integrated clock divider consists of three sections that can operate independently of each other, reducing output-to-output and input-to-output clock skew. The jitter attenuator provides clock jitter reduction up to -97dBc, while the on-die Oscillator operates at speeds up to 100Mhz, with digital control of power consumption. The device can also be used to add skew to avoid clock duty cycle distortion.

The device allows for easy design optimization through the use of various programming options. This includes a wide range of output drivers, clock dividers, and skew adjustment settings. Additionally, the device can be programmed to adjust clock duty cycle settings and temperature compensation settings. The user can also select from a wide variety of clock generator configurations, such as divide-by-1, divide-by-2, divide-by-4, and divide-by-8.

The MAX9314ECJ+ features a wide range of features. It is capable of delivering up to 24 output clocks from a single input clock with very low power consumption. It has an input to output delay of just 166ps (typical) and a maximum clock skew of 4ns. The device is capable of providing low-skew, phase-locked and zero-delay buffering in order to optimize system performance. It also offers a wide range of jitter-attenuation and clock-divider configurations. This device offers an efficient way to provide multiple clock signals with low skew and accurate jitter reduction performance.

The MAX9314ECJ+ is an ideal device for providing clock signals in a variety of applications. It is suitable for clocking CPUs, microcontrollers, and digital signal processors. It can also be used in fan-out buffering clock signals in telecommunications and data communications networks. For a wide range of high-performance system applications, the MAX9314ECJ+ is a great choice for providing low-skew, phase-locked, and jitter-reduced buffered clock signals.

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