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DSO Quad also known as DSO203 is a pocket size 4 channel digital oscilloscope for common electronic engineering tasks. It's based on ARM cortex M3 (STM32F103VCT6), providing 72MS/s sampling rate with integrated FPGA and high speed ADC. An internal 2MB USB disk can be used to store waveform captures, user applications and to upgrade firmware.

Features¶

Aug 31, 2020 The program's installer files are commonly found as DSO-2150 USB.exe, DSO2150USB.exe, DSO2250USB.exe or Unwise.exe etc. The software lies within Office Tools, more precisely Document management. The latest version of DSO-2150 USB can be downloaded for PCs running Windows XP/7/8/10, 32-bit. The BitGen Control Panel is a DSP Waveform and Timing Generator application for some BitScopes. It makes available the Waveform Generator Library in an easy to use software application and includes an integrated oscilloscope. It supports all seven operating modes of the BitGen module in BS120 via a comprehensive parameter setup page. No programming is required to make full use of BitGen. Free scan for the official dso-2090 usb driver 1 driver - compatible with windows 10, 8, 7, vista & xp, using driver assist. V-usb is a really convenient library to implement usb communication between an avr microcontroller and any usb host enabled system. Improve your pc peformance with this new update.

  • Pocket size and light weight
  • Two 36MS/s analog channels, Upto 72MS/s if configured to single channel.(Upgrade to Two 72MS/s analog channels, Upto 144MS/s if configured to single channel from .sys version v1.31)
  • Two digital channels
  • Signal Generator
  • Various Triggering Option
  • Easy waveform storage
  • Firmware upgrade
  • User applications
  • Open source

Source(s):Features support

Application Ideas¶

User applications¶

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Ongoing projects:

  • GCC port with FFT, spectrogram and various fixes by pmos69 and marcosin

  • Alternative user interface by gabonator1

  • GCC port of the default firmware by tmbinc

  • Frequency response plotter by jpa

  • FFT example application by gabonator1

  • Logic analyzer by jpa

  • Pawn programming environment and various applications by jpa

  • Port of SYS to gcc: [1]

  • Tetris by LinX

Idea Collection

The PC-based instruments are controlled with easy to use Windows software. This allows for more organized data display (with color coded data and increased screen size), intuitive user interface, and data management (file saving, loading, sharing and exporting to other software and reports). Native Drivers; ASI Cameras: This driver MUST be installed for Windows users to use ASI cameras.: v3.16. Change Log: Released. EFW: These products are USB HID devices so do not need native drive.

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**Applications **

  • 'Simple Mode' - where only the most basic functions are available to help people without experience.
    • Detailed at https://github.com/PetteriAimonen/QuadPawn/wiki/Advanced-Volt-Meter
    • Protocol analysis/data capture - Serial, I2C, SPI, CAN
    • LCR (uH, uF and R) measurement capability - The inbuilt signal generator makes this a natural. Three methods exist, all requiring an external component(s) Example
    • Semiconductor Analyzer - Use the DAC to test and chart the voltage response of a diode / transistor (and simply identify components, such as transistor pinout and polarity)
    • RF spectrum analyzer
    • A 2D X-Y mode that plots the analog channels against each other on two axes with a digital channel optionally functioning as a 'beam' enable/disable.
    • Something seems to exist? Not in APP2.50 yet.

  • A DMX Decoder/Analyser and generator (used in conjunction with an external RS485 IC) would make this a VERY useful gadget for theatre techs.

  • Television mode (analog TV) : Display frame/field/line (select field A/B) or line number. Display vectorscope diagram. Display content (ie: the TV image).

  • Synchronization with a second DSO Quad for a 4 channel analog/digital signal, perhaps similar USBscope50 [moved from HARDWARE]

use 'wave out' to generate a pulse/step when master unit triggers, use C/D as trigger for slave(s)

  • Create USB remote control software, such that if LCD breaks, you can still use it with PC software. [moved from HARDWARE]

  • Stream data to PC - Use PC as storage buffer, with additional processing power. A PC could decode I2C words and other protocols where the Quad wouldn't. [moved from HARDWARE]

  • White noise function - add to the functions generator

Enhancements

  • A spectrum analyzer displaying a view from a frequency/time perspective
  • Fast Fourier Transform, would be nice and easy for viewing spectrum data of a single signal.

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Hardware/Device-Oriented

  • SDR (Software defined radio) note we only have USB full speed (12Mb/s)

  • Preamplifier 10x badly needed!!!

  • Add bezel buttons for easier to access menus.

  • Add 2 more analog channels, Perhaps via USB dongle.

  • Add port for expansion devices, such that and add-on device can offer more capabilities, like RF generation, or a function generator that is capable of larger amplitudes. In particular a +5v and 3.3v output would be useful.

Other

  • Service application for technical support staff. Could split the screen and display instructions like 'Check if port 3, pin 5 has a signal, if not xyz might be broken'. There could be a next button and for each step the text, the right timescale, trigger values etc. are selected
  • My phone is ARM based, perhaps make a USB version of this and an app for my phone, that allows my phone to be the display / insured touch screen display.

  • Simple math functions on both analog channels and generated signal.

  • Two totally ground separated input would enable measureing inputs, which are not the same ground referenced. (like in the Velleman two-channel personal scope)

  • Input overvoltage protection diode should be added to protect device form HV spikes

  • Oversampling and its software implementation could decrease noise, and increase effective bit depth

  • Special technique equivalent time sampling, could increase bandwidth for repetitive signals

  • Non-storage mode which constantly sweeps the visible area instead of storing into a huge offscreen buffer. I set the sample rate to 50ms in the current version (eg. to look at an audio signal) it only updates the screen once every few seconds, it should update continuously.

  • Please add more ideas...

See also information on application development for the DSO Quad

Specifications¶

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Analog channel * 2 [CH_A] [CH_B]
Digital channel * 2 [CH_C] [CH_D]
Vertical Scale 20mV-10V/div (1-2-5 step) on x1 probe / 200mV -100V/div (1-2-5 step) on x10 probe
Vertical resolution 8 bit
Input coupling AC/DC
Max input voltage 80Vpp (x1 probe) / 400Vpp (x10 probe)
Storage 4K per channel / 8K on single channel
Software trigger type edge, pulse, level (to be added)
Hardware trigger type edge
Trigger source CH1/CH2/EXT
Trigger mode Auto, Normal, Single, SCAN, None
Test Signal generator 10Hz to 8MHz 2.8Vpp Square Wave, duty cycle 10~90% adjustable / 10Hz to 20kHz 2.8Vpp Sine, Square, Sawtooth, Triangle wave
Storage internal 2MB USB disk, BMP, DAT file
Auto measure Vmax, Vmin, Vpp, Vavr, Vrms, Freq, Period, Pulse, Duty
Cursor measurement Level, Voltage
Display mode CH1, CH2, EXT, CH1+CH2, CH1-CH2
Sampling mode real time
Sampling rate 30S/s - 72MS/s
Power LiPo battery
Dimension 98 * 60 * 14.5 (mm)
Weight 80g (without battery)
Accesories within Pack 2 mcx osilloscope probe, 2 mcx digital probe

Components¶

Please add links to core components (play/pause) button while turning on the device. Your device is now in firmware upgrade mode, and a USB disk should appear on your system. You copy the firmware files one at a time, and each time you copy a new file, the device will disconnect to prepare the file. When the disk reconnects, the extension of the file you uploaded will change ('.rdy' means the upload worked properly).

The order that you upload the files in DOES matter. Start by uploading the .hex files (order unimportant). To upload the .BIN files, you need to first upload the corresponding .ADR file. This tells the device where to put the binary file (e.g. upload CFG_FPGA.ADR first, then upload xxxxFPGA.BIN immediately after). If you make a mistake, delete all the files and start again.

When you're finished uploading all the firmware files, turn off the device to complete the upgrade. When you boot the device again, your firmware versions should be updated. If you get an error at the splash screen, try uploading the firmware again, carefully following the instructions above.

More details and Linux instructions here: DSO_Quad:Upgrading_Firmware

File Descriptions¶

File Type Filename Format Description
FPGA File xxxxFPGA.BIN configuration data for the FPGA
Logo File logo_xxx.BIN Create any 16 color 64*256 .BMP file (filesize = 46.9KB), and change the extension to .INF. This is the image displayed on the splash screen.
System File SYS_xxxx.hex ??? (description needed)
Application File APP_xxxx.hex ??? (description needed)
Address File xxxx.ADR These files tell the device where to put the next .BIN file you upload. There is one for the FPGA file, and one for the LOGO file. The files are named so that you know which goes with which.

note: as newer versions become available, these filenames may appear slightly different. The x's represent values that could change over time.

Memory layout¶

Begin End Size note
0x00000 0x03fff 16384 DFU
0x04000 0x0bfff 32768 SYS
0x0c000 0x13fff 32768 APP1 (default)
0x14000 0x1bfff 32768 APP2
0x1c000 0x23fff 32768 APP3
0x24000 0x2bfff 32768 APP4
0x2c000 0x3d7ff 71680 FPGA bitstream (Datasheet says maximum size is 533KBit, so this is a bit large)
0x3d800 0x3ffff 10240 Logo (bmp, 256x64, 4 bit)

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Note: The flash base address is 0x08000000, but is mirrored by the chip at 0x00000000 when BOOT0 is low.

Related Pages¶

External Links¶

  1. Seeedstudio Blog [6]

  2. More photos on flickr [7]

  3. DS203 application in BMW inspection (Chinese, translated automatically in to english) [Original page ] - Some guys working for BMW inspected the car with a DSO203, besides the palm size and handy performance, DSO203 operates perfectly in inspecting the BWM bus:FlexRay.

Resources¶

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Tech Support¶

Please submit any technical issue into our forum.