Electronic Circuit & Digital Signal Processing Simulator InterSim

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last updated：Aug 24, 2015

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Simultaneously simulates electronic circuits and digital signal processing circuits.

InterSim is a hybrid simulator that allows simultaneous simulation of analog electrical and electronic circuits (including logic circuits) and digital signal processing circuits on the same schematic. With InterSim, you can also simulate and verify algorithms such as Quadrature Amplitude Modulation (QAM) and Quadrature Amplitude Demodulation used in software-defined radio and high-speed data communication. Additionally, it supports LMS adaptive filters, enabling simulations for noise cancelers, Active Noise Control (ANC), and system identification of unknown systems. 【Features】 ○ A groundbreaking simulator that integrates electronic circuits and digital signal processing ○ Developed in Japan and known for its ease of use ○ LMS adaptive filters are also available ［Electronic Circuits］ ○ Capable of designing analog/logic circuits ［Digital Signal Processing］ ○ Achieves signal processing that is not possible with electronic circuits For more details, please contact us or download the catalog.

Related Link - http://www.micronet.co.jp/intersim/

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【Features】 ○ Hybrid Simulator → Simultaneous simulation of analog electrical and electronic circuits (including logic circuits) and digital signal processing circuits on the same circuit diagram. ○ Software-defined radio (software radio) can also be used for high-speed data communication to simulate and verify quadrature amplitude modulation (QAM) and quadrature amplitude demodulation algorithms. ○ LMS adaptive filters are also available. → Simulation of noise cancelers and ANC (Active Noise Control), as well as system identification of unknown systems, is possible. ［Electronic Circuits］ ○ Design of analog/logical circuits using various components such as resistors, capacitors, coils, semiconductors, operational amplifiers, and logic components to realize the desired circuit. ［Digital Signal Processing］ ○ Conversion of signals through calculations using delay elements, multipliers, and adders on data digitized by A/D converters. ○ Digital signal processing is implemented in software. → There is no need to change hardware such as boards and components like in electronic circuits. ○ Signal processing that cannot be achieved in electronic circuits is also possible. ● For more details, please contact us or download the catalog.