NX32F00004

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NX32F is a clock buffer and driver chip that can create multiple clock outputs from a single input. Its applications include but are not limited to set top box, personal computers, communication systems, industrial automation, and consumer electronic products. This buffer is available in four configurations that range from one to four outputs. It also has an integrated PLL lock detect feature, allowing for easy and reliable clock synchronization.

The NX32F device is designed to deliver dependable and reliable clock performance. This buffer utilizes a low-skew output with adjustable output stoppers and optional programable driver strength settings. It also features slew-rate control, spread-spectrum frequency modulation, and circuit designs that are optimized for temperature performance. Its output signals are well-suited for a wide range of clock applications and its four identical outputs help minimize design resource utilization.

The NX32F’s working principle is based on input buffering and clock synthesis. Its design enables low-noise operation and superior electrical performance. It generates output clocks via a phase-locked loop (PLL) and frequency synthesizer that uses a single crystal reference. The frequency synthesizer is used to lock the clock output frequency to the reference frequency and is adjustable over a range of frequencies. This versatile buffer also includes multiple power supply inputs, providing designers with the flexibility to choose whether to support the default 1.8V or one of two optional 2.5V operations. With its flexible features, it is well-suited for applications that require high-accuracy and low-power clocks.

The NX32F automated clock buffer and driver chip is a powerful clock synthesis device that is easy to design-in and manage. Its output clocks are low-jitter, low-skew, and designed to provide optimal performance. It features adjustable electrical parameters and can easily be configured in a variety of frequencies and supply voltage. With its advanced technology and high level of flexibility, it is well-suited for use in applications that require robust clock and timing solutions.

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