BitScope Designs Information

BitScope Mixed Signal Systems are programmable PC based oscilloscopes, logic analyzers, spectrum analyzers, waveform generators and data acquisition systems for Windows, Mac OS X, Linux and Raspberry Pi . They offer comprehensive solutions in test, measurement, monitoring & control for engineers in industry, education, R&D and service. BitScopes are very cost effective and range from the tiny USB powered BitScope Micro to full sized industrial grade and networkable mixed signal oscilloscope solutions. They are all based on the unique and powerful BitScope Virtual Machine which means they can always be upgraded and customized dynamically in software. BitScopes are built to last. Whether it's a network connected rack mount data acquisition system, desktop USB connected test instrument or a portable multi-purpose mixed signal capture system, most BitScopes are housed in a tough aluminium case for robust physical protection and reliable EMI immunity. BitScopes deployed years ago are still in active service and all 23 supported models are compatible with the latest software so you can rely on them 24x7 for years to come. All BitScopes capture digital + analog signals simultaneously. Whether it's a network connected mixed signal scope or the tiny BitScope Micro , each one offers a combined view of analog and digital waveforms. Most models have 100 MHz bandwidth and up to 40 MS/s digital capture. Some include waveform and clock generators, protocol decoders, digital I/O and all can drive low power external circuits. BitScopes are ideal for prototyping, testing and debugging all sorts of real-world mixed signal systems from analog circuitry, digital logic and embedded computing to communications systems, sensors and servos in robotics or industrial process monitoring and control systems. BitScopes are available with a wide range of software for Windows, Mac OS X, Linux and embedded x86 and ARM. All models include BitScope DSO for analog and mixed signal work and BitScope Logic for digital. There is a growing range of ...