The device was developed using PICAXE microcontroller as the heart of the digital oscilloscope for troubleshooting, and monitoring the…
The project is also known as terminalscope which uses standard PS/2 keyboard input and 54×24 resolution oscilloscope screen in order to…
The concept of this Tennis for Two is to allow the two players to toss the ball to each other continuously in an oscilloscope display.
The…
A simple and cheap adapter has been designed for the purpose of converting any oscilloscope into a component tester.
Using this adapter…
The project illustrates the use of X-Y oscilloscope in order to create a fully functional clock that runs on an AVR board.
The AVR board…
The project is using an inexpensive LCD oscilloscope for the display of spectrum analyzer.
An LCD maybe very useful in field measurements…
A PIC microcontroller was used to produce a virtual oscilloscope known as .Net oscilloscope where the heart of the project is the GP-3 PC…
The project is based on the operation of a single microchip PIC16F628A as it provides the oscilloscope with scrolling text. An EEPROM is…
The Xprotolab is a small “all in one” device, it measures…
The project uses a high speed A/D converter TLC5510 to directly drive the USB module while creating a simple oscilloscope probe.
The…
The project is built on a PIC18F2550 microcontroller which can give 12MIPS calculation power maximum to create an oscilloscope with…
The project utilizes junk parts such as EF80, EF184, and EF91 to create a toy oscilloscope that is fully functional along with an old 7cm…
The project was built by connecting a Nokia Phone LCD screen to a PicAxe 08M microcontroller to create a very simple and small…
The main feature of this oscilloscope is its size that measures 164×83×83mm while using 1-inch diameter CRT and valves but without the use…
The objective of the project is to create and display a working clock on the surface of a CRT tube in the form of oscilloscope.
The design…
The project aims to create a digital GLCD oscilloscope with a speed of about 650,000 samples per second or showing around 60 KHz frequency…
Creating a digital oscilloscope on FPGA is the main goal of the project with the aim of minimizing external circuitry.
Due to fast…
The oscilloscope utilizes the SPP or EPP parallel port LPT1 for reading the data from ADC0820 (TLC0820).
The program will automatically…
The project illustrates the interfacing of Nokia 3310 LCD to create a simple scope that would display low frequency sine wave.
The…
Scopey II is the name used for this project which involves the use of dsPIC to build an oscilloscope and spectrum analyzer.
The device is…