Description
The Cathode Ray Oscilloscope (CRO) 60MHz is a sophisticated dual-channel, four-trace oscilloscope designed for detailed and high-frequency electronic signal analysis in laboratories and industrial settings.
Key Features
Bandwidth of 60MHz enabling precise visualization of high-frequency signals.
Dual-channel with four traces capability for simultaneous multi-signal observation and comparison.
High sensitivity with vertical deflection range of 5mV/div to 5V/div in multiple steps for exact waveform measurement.
Display based on a 6-inch CRT with an internal graticule providing parallax-free waveform viewing and clear signal interpretation.
Sweep time ranging from 0.1μs/div to 0.2s/div with additional sweep expansion from 10ns/div to 20ms/div, suitable for capturing both very slow and very fast signal changes.
Advanced triggering options including AUTO, NORM, TV-V, TV-H modes and sources from internal, power line, external signals to ensure stable, synchronized displays.
Supports X-Y operation mode allowing XY signal comparison and analysis.
Built-in TV synchronization, auto-focus for waveform clarity, and alt-trigger for handling unrelated dual signals.
Maximum input voltage of 300V (DC + AC peak), suitable for a variety of electronic testing scenarios.
Applications
Used for signal waveform analysis, troubleshooting, and education in electronics and physics labs.
Enables detailed testing of electronic components and measurement of voltage, frequency, rise time, and other signal parameters.
Suitable for professional settings requiring accurate and high-frequency signal diagnostics.
Additional Information
Compliant with EN61010-1 and EN-IEC61326-1 safety and EMC standards, ensuring safe and reliable use.
Compact bench-top design for ease of use in laboratories and production lines.
Supplied with probes, power cord, instruction manual, and spare fuses for ready setup and maintenance.
This CRO 60MHz model represents a high-quality, precise oscilloscope tailored for professionals requiring advanced signal analysis with multiple input and trace options.