The Fluke PM3092 is a 200 MHz analog oscilloscope engineered for signal analysis, troubleshooting, and general-purpose testing across diverse technical applications. This benchtop instrument delivers 1% voltage and timing accuracy through four analog channels with independent 2+2 front-end configuration, a high-resolution 8 × 10 cm CRT display, and comprehensive triggering modes including edge, TV, and HDTV capabilities. The dual timebase architecture with 1:40000 delay resolution supports both standard and advanced measurement workflows.
Technical Specifications
• Bandwidth: 200 MHz
• Channels: 4 analog channels in 2+2 independent configuration
• Vertical Sensitivity: 2 mV/div to 10 V/div with four full attenuators
• Vertical Accuracy: 1% voltage and timing accuracy
• Input Coupling: AC, DC, and GND
• Input Voltage Limits: 400 V (DC + AC peak)
• Timebase Range: 50 ns/div to 500 ms/div
• Fastest Sweep: 2 ns/div (with 10x magnification)
• Timebase Coefficients: 0.5 s/div to 20 ns/div in 1-2-5 sequence
• Delayed Timebase: Full dual timebase with trigger capability; delay multiplier resolution 1:40000; jitter ratio 1:25000
• Display: CRT, 8 × 10 cm viewing area, 16.5 kV acceleration voltage, parallax-free graticule with continuously variable illumination
• Trigger Modes: Auto, Normal, Single; edge triggering; TV and HDTV triggering
• Trace Separation: ±>4 div typical
– Key Features
• On-screen readouts: settings, ground reference, and trigger level indicators
• Automated cursor measurement with voltmeter functions
• Autoset function for optimized signal display
• Autocal function for enhanced accuracy in extreme environmental conditions
• Parallax-free CRT graticule with adjustable illumination
– Interfaces
• Four BNC input sockets (CH1–CH4) with probe indication contacts
• Ground banana socket
• External intensity-modulation BNC input (Z-MOD)
• CH1 Y-OUT BNC output socket
• RS-232 data interface
– Typical Applications
Electronics design verification, circuit troubleshooting, signal characterization, and general-purpose analog measurements in laboratory and service environments.
