Agilent/Keysight U1610A

The Keysight U1610A is a handheld digital oscilloscope that combines a dual-channel oscilloscope, digital multimeter, and data logger into a single portable instrument. Engineers and technicians gain access to a 5.7-inch VGA TFT LCD display with indoor, outdoor, and night vision viewing modes for reliable waveform visualization across diverse environments. The oscilloscope delivers 100 MHz bandwidth with dual isolated channels rated CAT III 300 V channel-to-channel isolation, supporting floating measurements on high-impedance circuits.

– Technical Specifications

• Oscilloscope: 100 MHz bandwidth, 2 analog channels, 1 GSa/s maximum sample rate, 120 Kpts memory depth
• Display: 5.7-inch VGA TFT LCD (640 × 480 pixels) with three viewing modes
• DMM: 10,000-count resolution; true RMS AC voltage measurement (5% to 100% of range, AC coupled)
• Safety ratings: Meter input 600 V CAT III / 1000 V CAT II; scope input (1:1 probe) 300 V CAT III; scope input (1:10 probe) 600 V CAT III / 1000 V CAT II
• Channel isolation: >90 dB CMRR (DC, 50/60 Hz ±0.1%, 1 kΩ unbalanced); >60 dB NMRR (50/60 Hz ±0.1%)
• Temperature coefficient: 0.15× specified accuracy per °C for >50 MΩ resistance
• Data storage: Save/recall up to 10 setups and waveforms; supports .bmp (8-bit, 24-bit), .png (24-bit) image formats and .csv data export
• Protection rating: IP 41

– Key Features

• Dual-window zoom function enables detailed glitch detection and signal analysis
• Floating measurement capability with channel-to-channel isolation for safe high-voltage work
• 10 selectable languages for global deployment
• Integrated data logging alongside real-time oscilloscope and multimeter functions

– Interfaces & Connectivity

• USB 2.0 full-speed host and client ports
• USB drive support up to 4 GB capacity
• PCL Inkjet and PCL Laser printer compatibility for direct waveform documentation

– Typical Applications

Field service and troubleshooting, floating signal measurements, portable bench-level diagnostics, embedded systems development, and data acquisition in environments where benchtop equipment is impractical.