DC9003A-C

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

RF Evaluation and Development Kits, Boards come in different varieties and sizes. DC9003A-C is one of these kits specially designed for radio communications testing.

DC9003A-C possesses a board format measuring only 50 mm and with 4 integrated control functions. It comes with two FMC/FTL connectors for power supply and two FMC/FTC connectors for signal input and output.

DC9003A-C is a powerful and compact evaluation and development tool suite, specifically designed for radio communication applications. It has a wide array of features and functions that make it an ideal suite for testing and developing radio communication products. It is suitable for both large and small scale applications, and it is well-suited for different ambient temperatures and RF fields.

DC9003A-C’s advanced baseband development environment helps developers to control, monitor, record, and analyze data within radio communications systems. In addition to providing data analysis and visualization, the product features a range of signal processing, modulation, and demodulation suites that enable users to test various combinations of parameters and frequencies.

DC9003A-C also includes FFT-based digital-signal-processing algorithms, adaptive-array-systems algorithms, a GUI, and a spectrum processor to provide complete control over signal characteristics. It also supports a variety of interfaces, such as analog, digital, and multi-protocol, for integration with communication systems. Furthermore, the integrated design allows for a range of antenna components that can be accurately placed at specific positions around the device, enabling effective antenna-positioning experiments.

DC9003A-C has a range of working principles, which make it an ideal tool for RF-testing processes. It will begin by outputting power signals from the RF source, which will then be sent to the antenna. Through using signal processing algorithms, the RF signals can be processed to measure different metrics and parameters. These metrics and parameters can then be used to find out the overall performance of the system and to compare different RF parameter settings, thus, helping developers to identify the system’s optimal conditions for optimum performance.

DC9003A-C is suitable for different types of radio communication experiments, helping users to analyze, evaluate, and develop radio communication systems. It is capable of measuring and recording signal strength, signal-to-noise ratio, bit-rate, data burst-level accuracy, phase stability, and modulation. With its support for various interfaces, users can easily integrate communication systems and customize their own test environments.

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