These oscilloscopes combine eight analog channels, 12-bit acquisition, deep memory, and integrated measurement capabilities to simplify complex electronic design validation and embedded system debugging.
The Micsig MHO 6 Series high-resolution oscilloscopes by Saelig Company, Inc. are designed to help engineers capture, analyse, and troubleshoot increasingly complex electronic systems by combining eight analog input channels with 12-bit acquisition accuracy. Available in bandwidth options up to 1GHz, the series offers a 6GSa/s real-time sampling rate and 1.8Gpts memory depth, enabling detailed capture of both high-speed and long-duration signals. These capabilities make the instruments suitable for applications ranging from embedded electronics development to power electronics, industrial automation, and automotive electronics
The key features are:
- Ultra-slim 1.4-inch chassis for space-saving bench deployment
- Integrated 4⅚-digit digital multimeter for simultaneous measurements
- 16-inch 1920 × 1200 capacitive touchscreen display
- Automatic passive probe identification and one-click calibration
- Dedicated SigtestUI multitasking operating system for responsive operation
Unlike conventional four-channel oscilloscopes that often require repeated measurements, the MHO 6 Series allows simultaneous monitoring of up to eight test points. This helps engineers observe signal interactions, timing relationships and system behaviour in real time, reducing debugging time while improving measurement confidence. The higher 12-bit vertical resolution also provides significantly finer waveform detail than traditional 8-bit instruments, making it easier to identify small signal variations and intermittent anomalies during validation and troubleshooting.
The oscilloscopes integrate deep acquisition memory with high sampling performance, allowing users to capture extended signal sequences without sacrificing resolution. This combination benefits developers working with mixed-signal embedded systems, switching power supplies, motor control circuits, FPGA designs and high-speed digital interfaces, where both transient events and long observation windows are essential for comprehensive analysis.
Beyond waveform acquisition, the platform combines measurement and diagnostic functions into a single instrument. The built-in digital multimeter supports routine electrical measurements without requiring additional bench equipment, while the large touchscreen interface simplifies waveform navigation and instrument configuration. Automatic probe recognition further reduces setup time and minimises measurement errors by detecting probe attenuation settings automatically.
The Micsig MHO 6 Series is aimed at R&D laboratories, manufacturing test environments, educational institutions and field engineers seeking a compact yet capable oscilloscope for advanced electronic design, verification and maintenance. Its combination of eight analog channels, high-resolution acquisition and integrated measurement tools provides a versatile platform for debugging increasingly sophisticated electronic systems while improving workflow efficiency.
