IKAM04

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IKAM04 is an electronic product developed by FIPOL (Fiber Optic Instrumentation). It is designed to measure transmission pulse data on multimode and singlemode fiber-optic systems. It supports the measurement, analysis, and reporting of complex optical signals, and allows users to observe the performance of optical signals from a wide array of fiber-optic systems.

IKAM04 application field has wide range of measuring pulse data of various systems including Fiber Optics, Telecommunications, Broadband Access Networks, Liquid Level Sensors, Biomedical Devices and even Radiology. It also provides an intuitive GUI interface for the users to work with the product for data analysis and reporting. Additionally, IKAM04 provides the ability to customize settings and parameters for different applications.

Working principle of IKAM04 is based on analysis of the signal changes with pulse shapes. The analyzed pulse shapes include: rising/falling edges, generator output, repetition rate, and duration of each pulse. With these measured and analyzed values, IKAM04 provides accurate analysis of optical signals in various applications. To ensure the accuracy of the measurement, IKAM04 utilizes advanced fiber optic algorithms to decode and correlate each pulse and then calculate the results.

IKAM04 also offers some advanced features which enable users to analyze even the most complex optical signals. These features include advanced signal processing techniques, signal analysis, and reporting. Additionally, IKAM04 can be used to compare the performance of different fiber-optic systems. It can compare an optical signal from one system to that of another system and report the differences in the signal parameters.

In summary, IKAM04 is a powerful and flexible tool for measuring, analyzing and reporting pulse data on multimode and singlemode fiber-optic systems. It has a wide range of application fields and offers advanced features for customizing the settings and parameters for different applications. Its advanced signal processing and analysis capabilities help users to obtain accurate results. Furthermore, its GUI interface and reporting features allows users to investigate and compare the performance of different fiber-optic systems.

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