Use LDPlayer to Play AR-Oscilloscope on PC
AR-Oscilloscope is a Tools application developed by Alex K, but with the best Android emulator-LDPlayer, you can download and play AR-Oscilloscope on your computer.
Running AR-Oscilloscope on your computer allows you to browse clearly on a large screen, and controlling the application with a mouse and keyboard is much faster than using touchscreen, all while never having to worry about device battery issues.
With multi-instance and synchronization features, you can even run multiple applications and accounts on your PC.
And file sharing makes sharing images, videos, and files incredibly easy.
Download AR-Oscilloscope and run it on your PC. Enjoy the large screen and high-definition quality on your PC!
Android Bluetooth Oscilloscope.It can be used on any mobile device with Android, Windows or Linux PC (Mac is coming) system using Bluetooth technology. It means that there are no any wire connections to your phone, tablet or PC, which can guarantee the safety of your mobile device or PC, plus portability.
The oscilloscope is the most frequently used, most flexible device for electric measurements.
It visualizes an electric potential over time function, producing much more information than other potential and current measurement methods.
With an oscilloscope the following quantities can be either directly or indirectly measured:
direct voltage, alternating voltage, direct current, alternating current, time, time delay, phase, phase difference, frequency to view live waveforms, make measurements.
For more info visit http://ar-oscilloscope.com
Features
Demo mode available.
Displaying the audio waveform captured from a microphone.
Accelerometer waveform, x y z.
Measure: frequency, min/max, peak-peak
FFT for microphone input.
Shows trigger level information
Save screen captures from your instrument onto your mobile device
Save signal to file in csv format.
Protocol Decoders:
- SPI
- I2C
- Guess bitrate
- UART
- 1-Wire link layer
- IR NEC
Math channels
System can display up to 5 math channels.
• Main operations: +, –, ×, /, sqrt, x^y, exp, ln, log, abs
• Trigonometric functions: sin, cos, tan, asin, acos, atan
• Additional operands: PI, T (time)
Math example: exp(-T*125)*sin(2*pi*1000*T)
Control the following functions
• start/stop/single acquisition
• change time/div
• change volts/div
• turn channels on/off
• select trigger type/level
• screen zooming
• full screen mode
• font size
• signal retention level
• double click on triggers sets them to zero level
Please email aroscilloscope@gmail.com to report bugs, ask questions or give us your feedback.
Screenshots and Videos of AR-Oscilloscope PC
Why Play AR-Oscilloscope on PC with LDPlayer?
How to Download&Play AR-Oscilloscope on PC?
Download and install LDPlayer on your computer
Locate the Play Store in LDPlayer's system apps, launch it, and sign in to your Google account
Enter "AR-Oscilloscope" into the search bar and search for it
Choose and install AR-Oscilloscope from the search results
Once the download and installation are complete, return to the LDPlayer home screen
Click on the game icon on the LDPlayer home screen to start enjoying the exciting game
If you've already downloaded the APK file from another source, simply open LDPlayer and drag the APK file directly into the emulator.
If you've downloaded an XAPK file from another source, please refer to the tutorial for installation instructions.
If you've obtained both an APK file and OBB data from another source, please refer to the tutorial for installation instructions.
Not giving a perfect square wave. Frequency and time calculation is accurate. When I give 25 Hz 20%duty cycle it does not show on time at 20% instead it shows 50% square wave with clippings. Please give the correct probe ckt diagram for mic input. Thanks for a good scope app in playstore. RK seth.
I am especially pleased with the design and the performance and expansive utility of this application and its associated hardware module. Notably very good work, guys.
Controls are very good but I have not tested calibration and accuracy of maths functions.