NX34A00001

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The NX34A00001 is a clock buffer, driver, and clock generator, designed to reliably minimize clock signal skew and jitter in the latest high-speed, high-growth digital environments. It is a member of a new family of clock-related products that feature low skew, single-ended and low-voltage differential (LVDS) outputs, and minimized jitter. The device is also an integrated clock buffer, making it ideal for applications needing a wide range of frequencies.

The NX34A00001 is an ideal solution for designs requiring high performance with minimal power consumption. Power is continuously switched between functional domains to efficiently manage system dynamic power consumption. The device also supports a variety of extended frequency modes—including up to 800 MHz—and supports the clock frequency and duty cycle selection using a configurable 10-bit DAC.

The core concept of the NX34A00001 is to divide the entire frequency spectrum into digital and analog components. The digital component is responsible for jitter/skew management, while the analog component handles the frequency modulation of the output while maintaining a low power consumption. The combination allows for great flexibility and control in clock domains, enabling optimized clock signal distribution and jitter/skew management in digital systems.

The NX34A00001 accepts a single reference frequency input and generates a clock signal that can be processed and verified against the requirements of the application. It is compatible with a 0.8V to 1.1V reference input voltage, and can use any frequency of 48 kHz to 800 MHz for the clock signal. The device is composed of two components: a frequency synthesizer and a single output clock buffer.

The frequency synthesizer uses two oscillators, one for the lower frequency synthesis and one for the higher frequency synthesis. To accurately generate a desired frequency, the oscillators are combined and multiplied to create the desired frequency. The clock buffer, on the other hand, is responsible for generating the actual output clock signal. It takes its signal from the frequency synthesizer and then utilizes a distributed-sense amplifier to create precise analog signal.

The NX34A00001 features a wide range of features designed to achieve precise control and stability. Frequency synthesis is precision-controlled with both digital and analog elements, allowing for lower-skew and higher clock accuracy. The device also offers a wide range of jitter and skew control options that help ensure reliable system performance. Additionally, the device is capable of monitoring its own output frequency, allowing for quick recovery from frequency variations.

The NX34A00001 is the ideal solution for wide range of applications requiring reliable and low-jitter / low-skew clock solutions. The ability to generate frequencies up to 800 MHz makes it suitable for a variety of high-speed digital applications such as high-definition video and audio systems, FPGA/CPLD designs, and industrial systems. Additionally, the high clock accuracy and jitter / skew control features enable applications that require precise timing or synchronization, such as radar systems, telecommunication networks, and in some cases, even medical equipment.

The specific data is subject to PDF, and the above content is for reference