Mixed Signal Oscilloscope

Mixed Signal Oscilloscope

The Mixed Signal Oscilloscope (MSO) shall be a digital oscilloscope designed for simultaneous measurement and analysis of analog and digital signals. It shall be suitable for electronics development, embedded systems, microcontroller applications, robotics, circuit testing, troubleshooting, STEM laboratories and educational applications.

Key Features:

• Type: Mixed Signal Oscilloscope.
• Analog Channels: Minimum 2 analog channels.
• Digital Channels: Multiple logic/digital channels for simultaneous digital signal analysis.
• Bandwidth: Suitable bandwidth for general electronics, embedded-system and educational applications.
• High Sample Rate: Suitable high-speed sampling for accurate waveform acquisition.
• Digital Storage: Shall store and display captured waveforms for analysis.
• Display: Color LCD/TFT display with clear waveform visualization.
• Trigger System: Multiple trigger modes for stable capture of analog and digital signals.
• Waveform Measurements: Frequency, period, amplitude, RMS, peak-to-peak and other standard measurements.
• Math Functions: Suitable mathematical waveform analysis functions.
• Digital Logic Analysis: Enables observation and comparison of digital signals alongside analog waveforms.
• Protocol Analysis: Suitable serial-bus decoding support such as UART, I²C, SPI or equivalent, where applicable.
• Memory Depth: Suitable acquisition memory for capturing detailed waveforms and transient events.
• Connectivity: USB or equivalent interface for data transfer and PC connectivity.
• Data Storage: Provision for saving captured waveforms and measurement data.
• Suitable probes and digital logic accessories shall be supplied.
• Suitable for microcontroller and embedded-system debugging.
• Suitable for Arduino, robotics and communication-interface projects.
• Suitable for PCB testing, circuit development and troubleshooting.
• Suitable for STEM and educational laboratory applications.
• Suitable for school, college, ITI, polytechnic and engineering laboratory use.
• User-friendly control interface for convenient setup and waveform analysis.
• Suitable safety and input protection features shall be provided.
• The oscilloscope shall be supplied new, unused, fully functional and free from visible physical or manufacturing defects.