Fluke 190-202 Series III | 200MHz Two-Channel ScopeMeter with Dedicated DMM

High-speed switching equipment and advanced industrial electronics can contain waveform details that lower-bandwidth instruments may smooth or miss. The Fluke 190-202 Series III ScopeMeter combines 200 MHz oscilloscope bandwidth with two isolated inputs and a dedicated digital multimeter, providing a flexible field instrument for demanding troubleshooting.

The platform supports advanced triggering, cursors, zoom, TrendPlot and ScopeRecord, while automatic Capture & Replay saves the last 100 waveform screens for investigation of intermittent events. ScopeRecord captures up to 30,000 points per channel for slow-changing processes. The instrument offers advanced power measurements and isolated USB connectivity while maintaining the rugged IP51 design and CAT III 1000 V / CAT IV 600 V safety classification of the 190 Series III. Battery operation is rated at approximately seven hours.   

200MHz Two-Channel Selection Guide

Choose the 190-202 when 200 MHz bandwidth and a dedicated DMM are required with two scope inputs. Select the 190-204 where four simultaneous channels are more important.

Market Relevance

The 190-202 is relevant to Pakistani industrial electronics specialists, drive and inverter service teams, automation engineers and power-electronics laboratories. Kamadi Pakistan offers the Fluke 190-202 for high-bandwidth industrial field troubleshooting.

Key Features

• 200 MHz oscilloscope bandwidth
  
• Two independently isolated channels
  
• Dedicated DMM
  
• Advanced triggering and cursor analysis
  
• ScopeRecord and Replay functions
  

Technical Specifications

• Model: Fluke 190-202 Series III
  
• Bandwidth: 200 MHz
  
• Scope Inputs: 2
  
• Dedicated DMM: 1
  
• Waveform Memory: 10,000 points/trace
  
• ScopeRecord: 30,000 points/channel
  
• Replay: 100 screens
  
• Ingress Protection: IP51
  
• Safety: CAT III 1000 V / CAT IV 600 V
  
• Battery Runtime: Approx. 7 hours
  

Applications

• Inverter troubleshooting
  
• Industrial switching electronics
  
• High-speed control signals
  
• Drive-system commissioning
  
• Field electronic diagnostics

Professional Tip: For PWM and switching signals, evaluate overshoot and ringing as well as nominal frequency; damaging transient behaviour may occur on edges rather than during the steady portion of the waveform.