The Nicolet Integra 40 is a 4-channel digital oscilloscope engineered for low-speed physical phenomena measurement in laboratory and routine analysis environments. Built around a 5.0 MHz bandwidth and 12-bit digitizer, it captures transient and continuous signals at 20 MSa/s with up to 1 MS of acquisition memory per channel. A patented dual-level hysteresis trigger with proprietary digital triggering delivers reliable capture even in high-noise conditions. The instrument features differential inputs across all channels, dual timebase capability, and integrated signal conditioning for direct measurement of complex waveforms. Real-time DSP analysis includes FFT, filtering, histograms, and graphing functions directly on the instrument.
Technical Specifications
• Channels: 4
• Bandwidth: 5.0 MHz
• Maximum Real-Time Sampling Rate: 20 MSa/s
• Digitizer Resolution: 12-bit
• Acquisition Memory: 1 MS per channel
• Input Configuration: Differential inputs on all four channels
• Time Base: Dual timebase
– Key Features
• Patented digital triggering with dual-level hysteresis for noise immunity
• Integrated signal conditioning
• Real-time DSP analysis: FFT, filtering, histograms, and graphing
• Color display benchtop form factor
• High-speed memory architecture supporting 512K via 16-bit bus (upgrade available)
– Rear Panel Connectivity
• RS-423
• GPIB interface
• Centronics
• I/O ports
– Compatibility & Integration
Windows-based control and analysis software enables remote instrument operation and automated report generation. On-line documentation and tutorials are accessible through integrated Help Topics. The Nicolet Integra 40 integrates into automated test systems via GPIB and supports data export for post-acquisition analysis across standard laboratory networks.
