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DS213 Mini Portable Digital Oscilloscope

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Signal Generator Module & Oscilloscopes for premium buyers

The DS213 Mini Portable Digital Oscilloscope is a premium signal generator module & oscilloscopes designed for premium buyers. It features Item Type: Oscilloscope and No. of Channels: 2.

compact and portable
₹21,524
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Total: ₹21,524
Buying tip: A top-tier option — the best features and quality available in this category.
Estimated delivery: 17 Aug31 Aug
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Quick Specs

Item Type: Oscilloscope
No. of Channels: 2
Model No. / Name: DS213
CPU: ARM Cortex M3
ADC / DAC: HWD9288-100
Vertical Resolution: 8 bits

Ideal For

Electronics projectsArduino / Raspberry Pi buildsPrototyping
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SKU: robu-388957Category: Signal Generator Module & Oscilloscopes

About This Product

The DS213 Mini Portable Digital Oscilloscope is a premium signal generator module & oscilloscopes designed for premium buyers. It delivers reliable performance at an accessible price.

Key Specifications

  • Item Type: Oscilloscope
  • No. of Channels: 2
  • Model No. / Name: DS213
  • CPU: ARM Cortex M3 — smooth, lag-free performance
  • ADC / DAC: HWD9288-100
  • Vertical Resolution: 8 bits
  • Coupling Type: DC, AC
  • Sampling Rate: 100M Sa/s

Why Buy from Pricio?

Pricio sources this product directly, cutting out multiple middlemen. Every order includes free shipping, a 15-day return policy, and secure payment via Razorpay.

DS213 is a 5-track, 4-wave line digital storage oscilloscope for general-purpose electronic engineering task and it is based on ARM Cortex M3 core. DS213 uses FPGA to manage external ADC’s control and data cache mode. It provides 4 application partitions for loading and upgrading up to 4 different application firmware. It also has built-in 8MB USB flash drive for storing waveforms and upgrading system firmware. The oscilloscope code application layer is open source, and users can develop oscilloscope firmware according to their needs.


Features:

  1. Mini size, lightweight, portable and handheld;
  2. Charging with Micro USB port
  3. It can store waveforms, making waveform analysis clearer and more effective;
  4. Multiple trigger modes, support Ascend/Descend Edge Trigger, Positive/Negative Pulse Trigger, and Logic Trigger;
  5. Powerful ability to process waveforms, it can automatically measure parameters such us voltage, frequency and pulse width.
  6. Operation Channel: INV [CH_A], INV [CH_B], [CH_A]+[CH_B]、 [CH_A]-[CH_B]、[CH_C]&[CH_D]、[CH_C] | [CH_D]
  7. Vertical Sensitivity: 10mV-10V/div (1-2-5 STEP) (using X1 probe) 100mV-100V/div (1-2-5 STEP) (using X10 probe)
  8. Max Input Voltage: ±40Vpp (using X1 probe) ±400Vpp (using X10 probe)
  9. Trigger Types: Ascend/Descend Edge Trigger Mode, Positive/Negative Pulse Trigger, Logic Trigger
  10. Trigger Mode: Auto, Normal, Single, Slow
  11. Trigger Source: [CH_A] [CH_B] [CH_C] [CH_D]
  12. Signal Source: Square Wave: 10Hz to 8MHz, in total 20 shifts and 3 Vpp Signal Sources;
  13. Sine/Triangle/Sawtooth Wave: 10Hz to 20MHz, in total 11 shifts and 3 Vpp Signal Sources
  14. Storage: built in 8M USB disk
  15. File Types: BMP、BUF、CSV
  16. Auto Measurement Types: Signal sequence/cycle/duty ratio, peak voltage/virtual value/max value/min value/average
  17. Cursor Measurement: Time value, Amplitude value
  18. Display Modes: 4 wave lines: Line 1: [CH_A], HIDE Line 2: [CH_B], HIDE Line 3: [CH_C], REC_1, REC _2, REC _3, REC _4, HIDE Line 4: [CH_D], [CH_A]+[CH_B], [CH_A]-[CH_B], [CH_C]&[CH_D], [CH_C] | [CH_D], HIDE

Package Includes:

1 x Mini Oscilloscope DS213

1 x X10 Probe Analyzer

1 x X1 Probe Analyzer

1 x Safety Instructions

1 x Hex Key

Setup Guide

1
Identify the pins
Locate VCC (power), GND (ground), and data pins (SDA/SCL for I2C, MOSI/MISO for SPI, or TX/RX for UART). Refer to the pinout diagram on the product page.
2
Wire to your microcontroller
Connect VCC to 3.3V or 5V (check the module spec), GND to GND, and data pins to the appropriate GPIO pins on your Arduino or Raspberry Pi.
3
Install libraries
In Arduino IDE, go to Sketch → Include Library → Manage Libraries and search for the sensor library. Install the recommended version.
4
Upload example sketch
Open File → Examples → [library name] → Basic Example. Upload to your board and open Serial Monitor to view output.
5
Calibrate if needed
Some sensors (temperature, humidity, distance) may need a short warm-up period or calibration. Run the calibration sketch if provided.