NX72F00001

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NX72F00001 is a type of clock buffers, drivers and is ideal for clock distribution needs of high-speed clocks and applications. The device converts one low speed clock into two high speed clocks. It contains a fully integrated clock generator and delivers two outputs with clock frequencies from 1MHz to 27MHz.

NX72F00001 is used for applications in many different fields, such as industrial automation, telecommunications, healthcare, broadcast, automotive, avionics, and consumer electronics. It is capable of driving standard LVCMOS clock signals and is suitable for use in a wide range of low-jitter applications.

Application Fields:

• Industrial Automation:
  • Robotics
  • Machine Vision
  • Process Control
  • Motion Control
• Telecommunications:
  • Routers, Switches, Equipment
  • Networking, Base Station
• Healthcare:
  • Imaging Equipment, Medical Scanners
  • Medical Record Systems
• Broadcast:
  • TV, Radio Broadcast
  • High Definition Video
• Automotive:
  • Navigation, Telematics
  • Driver Assistance Systems
• Avionics:
  • Flight Control Systems
  • In-Flight Entertainment
• Consumer Electronics:
  • Set-top Boxes, Media Players
  • Video Games, Smartphones

Working Principle:

NX72F00001 consists of a high-speed CMOS logic and a low-speed clock input circuit. The clock input circuit is designed to accept a range of low-speed clock signals, including crystal oscillators, ECL clock inputs, TTL clock inputs, and CMOS clock inputs. A phase-locked loop (PLL) is used to convert the low-speed clock signal into two high-speed clocks. The first high-speed clock is used to drive the CMOS logic, providing a digital clock output with programmable frequency. The second clock is used to drive the analog circuits, providing an analog output with a frequency range of 1MHz to 27MHz. The two outputs have programmable skew and jitter, allowing for optimal system performance.

The device also includes an integrated power-down feature, allowing for reduced power consumption when the device is not in use. This feature allows for improved system reliability, lower power consumption and a longer product lifetime.

By utilizing the NX72F00001 clock buffers, drivers, users are provided with a reliable and efficient clock distributor for a wide range of applications. The device can be used to drive standard LVCMOS clock signals and is suitable for use in low-jitter applications ranging from industrial automation to consumer electronics.

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