The Emona Signals & Systems Board (ESSB-30), paired with the DIGILENT ADS Max is unique in its ability to transform abstract concepts in digital signal processing, circuit analysis, and signals and systems into tangible, hands-on laboratory experiments. Students explore the interplay between mathematics, theory, and real electrical signals in a hands-on manner.
The Emona Signals & Systems Board enables students to experience, learn-by-doing and implement critical concepts in Signals and Systems through hands-on laboratory experiments. Utilizing modular block-diagram design, the ESSB-30 facilitates comprehensive exploration of complex topics including Convolution, Correlation, Fourier analysis, implementing Continuous Time structures (Laplace) & Discrete-Time Structures (Z domain), Sampling, and Discrete FIR & IIR systems.
Its alignment with leading academic textbooks ensures that every significant concept in signals, systems, and circuit theory is supported by corresponding practical experiments. The intuitive LabVIEW-based graphical user interface further enhances learning by providing easy control and visibility of experimental outcomes.
As well, being an open-ended architecture allows professors to develop their own teaching materials using the elements provided by the board.
Feature List
• Modular block-diagram approach for easy experiment construction
• Comprehensive lab manual aligned with key educational textbooks.
• LabVIEW-based GUI with tabbed instruments for each experiment
• Extensive coverage of theoretical concepts with practical experiments
• Full accessory kit and detailed lab manual included.
Important Specifications
• Covers essential DSP and Signals & Systems concepts including convolution, correlation, sampling, Fourier, Laplace and Z-transforms.
• Compatible with ADS Max and legacy NI ELVIS II/+/III platforms
• Supports analog-to-digital conversion and filter design experiments
• All required leads and accessories included
• No programming required.