TI2000

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

Introduction

The TI2000 is a time-interval analyzer designed and manufactured by Tag Technologies, Inc. It\'s beneficial within different fields and applications, such as ultrasonic NDT, airborne data collection, mobile communication, ultra-high-speed switching, etc. The basic working principle and application fields of TI2000 will be thoroughly discussed in this article.

Working Principle

The TI2000 is a vibration analyzer that records electrical signals and measures time intervals between given events using sensors, transducers, and other components. The system captures and displays the events versus time on individual channel oscilloscope screens. The aluminum chassis containing the TI2000 measures 10.8" x 7.4" x 2.4" and includes connectors for up to 16 channels of analog inputs and digital outputs, which allows for a wide variety of performance characteristics to be measured. The internal digital sampler can capture up to 12 individual channel signals at once, up to 8 GHz wideband signals, and up to 160 digital channels at a rate of 63 Gps. It works well with NDT (Non-Destructive Testing) and EI (Environmental/Industrial) applications.

In EI applications, the TI2000 can identify and characterize noise, vibration, and still carry out complex thermal profiling. In NDT applications, the TI2000 is used to detect and measure flaws or defects in substrates, be they metals, plastics, or other materials. It can help in determining the quality of the inspected material before it is sent to production. It can also be used to detect and identify micro-defects in organic materials, such as biological cells.

Application Fields

The TI2000\'s versatility and range of measurement capabilities make it well suited for a variety of engineering disciplines, including:

• Ultrasonic NDT: The TI2000 can be used to detect, measure, and analyze the quality of materials through the use of ultrasonic techniques. It is used to detect and measure flaws or defects in substrates, such as metals, plastics, or materials containing micro-defects, such as biological cells.
• Airborne data acquisition: The TI2000 can be used to capture data in airborne applications such as wind power generation and measurement, aircraft control systems, airship maneuvering and control systems, aircraft turbine performance testing.
• Mobile Communications: The TI2000 can be utilized for mobile communication system testing, in order to measure and analyze signals for the most efficient data transmission.
• Ultra-high-speed switching: The TI2000 can be used for ultra-high-speed switching applications, such as research and development, material analysis, and accelerated testing.
• Humidity, temperature and airflow measurements: The TI2000 can be used to measure humidity, temperature, and airflow conditions in order to gain valuable insights into industrial engineering solutions.

Conclusion

In conclusion, TI2000 has characteristics and capabilities suited for applications ranging from ultrasonic NDT, to airborne data acquisition, to ultra-high-speed switching. Its advanced capabilities and versatility make it a preferred choice in many engineering disciplines and can be used to analyze and troubleshoot a wide variety of scenarios. With its innovative and powerful measurement capabilities, the TI2000 continues to provide valuable insight into a variety of fields and applications.

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