DPOX180H 180MHz Handheld Digital Phosphor Oscilloscope & Signal Generator 2-in-1 Dual Channel for Engineers

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DPOX180H 180MHz Handheld Digital Phosphor Oscilloscope & Signal Generator 2-in-1 Dual Channel for Engineers

$63.00 $125.99

OverviewThe DPOX180H is a revolutionary 2-in-1 instrument that combines a high-bandwidth 180MHz Dual-Channel Oscilloscope with a built-in DDS Functional Signal…

Category: Others
SKU: QNLJ663661294926

Overview

The DPOX180H is a revolutionary 2-in-1 instrument that combines a high-bandwidth 180MHz Dual-Channel Oscilloscope with a built-in DDS Functional Signal Generator.

What makes the B model stand out is the Digital Phosphor (DPO) technology. Unlike traditional digital scopes, DPO displays signal frequency in 3D (Z-axis intensity), allowing you to spot glitches, jitter, and noise that other handhelds miss. Its essentially a benchtop-grade laboratory in the palm of your hand.

Key Features

  • Professional Bandwidth: 180MHz dual-channel support, perfect for high-speed MCU debugging and power supply design.

  • DPO Technology: Digital Phosphor display provides a multi-level gray-scale/color temperature effect for complex signal analysis.

  • Built-in Signal Generator: Output sine, square, triangle, and half-waves up to 20MHz directly from the device.

  • One-Key Auto Fit: Smart 25%, 50%, and 75% trigger levels for instant, stable waveforms.

  • High-Res Display: 2.8-inch IPS full-view screen with high-brightness backlight for outdoor use.

  • USB Export: Capture waveforms and export them to your PC via USB for reports or sharing.

Technical Specifications

Feature Specification
Bandwidth 180 MHz (Dual Channel)
Sampling Rate 500 MSa/s
Rise Time 1.8 ns
Storage Depth 120 Kpts
Signal Generator DDS 20MHz (Sine, Square, Triangle, etc.)
Vertical Sensitivity 5mV/div ~ 10V/div
Time Base Range 5ns/div ~ 50s/div
Battery 3000mAh Rechargeable (4 hours use)

Why DPO Matters?

Standard oscilloscopes show you a flat line. The DPOX180H uses intensity modulation. If a signal occurs more frequently, it appears brighter; if its a rare glitch or noise, it appears dimmer. This is the difference between seeing a signal and understanding it.

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