VOLTCRAFT DSO-2154 digitaalinen oskilloskooppi 150 MHz 4-kanavainen 1 GSa/s 80 kpts 8 Bit DSO VC-11954580

Debugging complex electronic circuits demands precise, multi-channel signal analysis. The VOLTCRAFT DSO-2154 digital storage oscilloscope delivers 150 MHz bandwidth across four channels, capturing fast transients with a 1 GSa/s real-time sample rate. Its 7-inch colour display and 80 kpts memory depth make it a reliable bench companion for embedded development, power electronics, and educational labs.

Who is it for

Engineers, technicians, and advanced hobbyists who need a dependable four-channel DSO for mixed-signal debugging, protocol analysis, or waveform documentation. It suits both R&D benches and university teaching environments where precise measurements and USB connectivity are essential.

Main features

• 150 MHz bandwidth and 1 GSa/s real-time sampling on all four channels
• 80 kpts memory depth captures long signal sequences without loss
• 8-bit vertical resolution with 5 mV/div to 5 V/div sensitivity
• 7-inch TFT display (800 x 480 pixels) for clear waveform viewing
• 32 automatic measurements including frequency, period, and rise time
• Multiple trigger modes: edge, pulse, video, slope, alternate, and delay
• USB host and device ports for data export and PC control
• Compact bench footprint with 100–240 V AC universal power input

Specifications

• Bandwidth: 150 MHz
• Channels: 4
• Real-time sample rate: 1 GSa/s
• Memory depth: 80 kpts
• Vertical resolution: 8 bits
• Rise time: < 2.3 ns
• Input impedance: 1 MΩ || 15 pF
• Vertical sensitivity: 5 mV/div – 5 V/div
• Time base: 5 ns/div – 1000 s/div
• Display: 7-inch colour TFT, 800 x 480 pixels
• Connectivity: USB host, USB device
• Power supply: 100–240 V AC, 50/60 Hz
• Product colour: Black

Tips

Use the USB device port with PC software to save waveforms for reports or further analysis. For high-frequency signals, keep probe leads short and use the 10x attenuation to reduce loading. The alternate trigger mode is handy when comparing two unrelated signals on different channels.