DIY Soldering Kit Mini Digital Oscilloscope

The DIY Soldering Kit – Mini Digital Oscilloscope is an advanced soldering project for electronics enthusiasts looking to expand their skills in circuit design and signal analysis. This kit allows you to build a fully functional microcontroller-based oscilloscope, ideal for taking basic voltage measurements and visualizing waveforms up to 30V.

Designed around the STC8A8K microcontroller and a 0.96-inch OLED display, this compact oscilloscope offers single-channel measurement capabilities and supports automatic, normal, and single trigger modes for a wide range of signal types.

With a step-by-step guide and a manageable number of components to solder, this project is perfect for experienced makers and learners interested in hands-on experimentation with electronics and a deeper understanding of signal analysis.

A soldering iron and basic soldering equipment is required to complete the project.

• Advanced Learning Experience: Build a microcontroller-based digital oscilloscope and explore the principles of signal measurement and waveform visualization.
• Single-Channel Measurement: Supports voltage measurements from 0 to 30V and a sampling level of 10kHz@100us/div.
• Versatile Trigger Modes: Includes automatic, normal, and single trigger modes for capturing both repetitive and single-shot signals.
• Hands-On Assembly: Solder the provided components to the PCB and create a functional oscilloscope from scratch.

• MiNi-DSO PCB (57x34mm)
• 0.96-inch OLED Display
• Required Components (STC8A8K microcontroller, resistors, capacitors, etc.)