GN2017AINTE3Z

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Introduction

GN2017AINTE3Z is a clock/timing application specific integrated circuit (ASIC) designed to perform functions related to time synchronization and precision time monitoring in a wide range of industrial, aerospace and military applications. Specifically, GN2017AINTE3Z is capable of providing precision time synchronization with a network of local clocks, as well as providing precise time monitoring and time-stamping with an open or closed loop. By utilizing GN2017AINTE3Z, customers can develop advanced time synchronization and clock/timing systems that enable synchronous measurements, time-stamping systems, time synchronization, and precise time measurement.

Applications

GN2017AINTE3Z offers a wide range of application specific clock/timing solutions. The application of the IC is suitable for the following categories of clock/timing related products:

• Timing/Real-time/Position Sensing: GN2017AINTE3Z is suitable for use in precision timing, real-time/position sensing, clock synchronization, and precise time stamping applications. Examples of this type of product include precision time synchronization, precise time measurement, precise time-stamping systems, sophisticated time measurement systems, and precise clock synchronization.
• Industrial/Aerospace/Military: For the most precise and demanding application, the GN2017AINTE3Z is designed for use in industrial, aerospace, and military applications. Examples include precision time synchronization for aircraft or vehicle navigation systems, time synchronization for satellite payloads, or time synchronization and time-stamping for communication networks.
• Consumer Electronics/Home Automation: The GN2017AINTE3Z can also be used in applications such as consumer electronics, home automation, and wireless communication devices. Examples include synchronization of wireless RFID systems, home automation systems, and wireless communication systems.

Working principle

At the heart of GN2017AINTE3Z is a crystal oscillator, which provides a stable, accurate timing reference. The clock/timing application specific ASIC then uses the crystal oscillator frequency to generate synchronous outputs and to provide precise time stamping. Depending on the application, the IC can provide a variety of outputs, such as a time code signal, a 1PPS signal, a 10MHz test signal, or RS-232/1553/IEEE-1588 outputs.

The core of the IC provides the ability to measure and synchronize the time between multiple clocks. This allows for precise time stamping and time synchronization between multiple clock/timing domains. This also allows for accurately evaluating the performance of a system in a variety of clock/timing environments.

The GN2017AINTE3Z also provides the ability to configure and synchronize multiple clocks in a single IC. This allows for the integration of multiple clock/timing domains into a single, powerful IC that can provide clock synchronization, time-stamping, and time code formats.

In addition to providing clock/timing specific features, the GN2017AINTE3Z also offers a variety of features such as temperature compensation, jitter and noise reduction, ultra-low power operation, and low-level JTAG support.

Conclusion

GN2017AINTE3Z is a highly versatile, precision clock/timing application specific integrated circuit designed for a variety of applications. Featuring an integrated crystal oscillator, the IC can provide stable, accurate timing references for precision time synchronization, time-stamping, and time code generation. With its ability to measure and synchronize time between multiple clocks, GN2017AINTE3Z provides clock synchronization, time-stamping, and time code formats, as well as features such as temperature compensation, jitter and noise reduction, ultra-low power operation, and low-level JTAG support.

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