DSO153 Mini Handheld Digital Oscilloscope & Signal Generator 2-in-1 1MHz Bandwidth 5MS/s for Students

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DSO153 Mini Handheld Digital Oscilloscope & Signal Generator 2-in-1 1MHz Bandwidth 5MS/s for Students

$32.80 $41.00

OverviewThe DSO153 is a highly portable, cost-effective handheld oscilloscope launched by FNIRSI, specifically designed for the maintenance and education industries.…

Category: Others
SKU: QNLJ663661294911

Overview

The DSO153 is a highly portable, cost-effective handheld oscilloscope launched by FNIRSI, specifically designed for the maintenance and education industries. What makes this unit unique is its built-in Signal Generator. You can generate sine waves, square waves, and triangle waves to test your circuits and then immediately see the results on the same screen. It is pocket-sized and features a 2.8-inch high-definition color screen.

Key Features

  • 2-in-1 Functionality: Integrated Digital Oscilloscope and Signal Generator save space on your workbench.

  • Beginner Friendly: Features a One-Key AUTO button that automatically adjusts the settings to find your waveform instantly.

  • Signal Generator Mode: Can output Sine, Square, Triangle, and Sawtooth waves with adjustable frequency and amplitude.

  • USB Rechargeable: Built-in 1000mAh lithium battery provides hours of use and can be charged via any standard USB-C cable.

  • Ultra-Portable: Fits in the palm of your hand, making it ideal for classroom use or quick field diagnostics.

Technical Specifications

Feature Oscilloscope Mode Signal Generator Mode
Bandwidth / Freq 1 MHz 0 10 KHz (Sine/Square/etc.)
Sampling Rate 5 MS/s N/A
Vertical Sensitivity 10mV/Div 10V/Div 0 3.3V (Amplitude)
Coupling AC / DC N/A
Max Voltage 40V (1X) / 400V (10X) N/A
Display 2.8 Color TFT (320240) 2.8 Color TFT

Ideal For:

  • Audio Engineering: Testing amplifiers, guitar pedals, and speakers.

  • Education: Perfect for physics students and electronics hobbyists learning about waves.

  • Sensor Debugging: Checking PWM signals from Arduinos or analog outputs from sensors.

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