Join us live for Elektor Lab Talk #37 on August 21 about wireless projects! We’re spotlighting projects, updates from the ...

Discover how engineers across Europe really research, choose, and trust technology! From datasheets to news websites, ...

Radiators from the American brand Advanced Thermal Solutions (ATS) are compatible with the formats: TO3, TO126, TO202, TO218, ...

Raspberry Pi RP2350 A4 stepping release fixes security vulnerabilities, resolves GPIO erratum, and introduces RP2354 variants ...

In this Elektor webinar about IoT for Vehicles and Sensors, our engineer Saad Imtiaz presents a combination of vehicle ...

Join our expert-led online conference on 23 September to explore PQC in resource-constrained devices like IoT nodes and ...

PICO is much faster than the version with ATMega328. Its operation is identical. This achievement was the subject of an article in the Elektor magazine for the month of January 2022 (May-June 2023 for ...

Here I test the current-source with 12-bit DACs from Microchip. At first I tested the I2C DAC MCP4725, but the result was not so good: 3 to 6 mV offset (expected 0...1 mV), also the linearity was bad.

Is it possible for a tiny microcontroller to run on a massive 48-V battery? This DIY electronics project makes it happen with a custom step-down converter.

Using an inexpensive board and a clever signal processing algorithm, this DIY project delivers a precise, real-time guitar tuner that’s easy to use.

Built a compact curve tracer with the Raspberry Pi Pico, ILI9341 touchscreen, and a custom power board — supports bipolar transistors (npn/pnp), diodes, JFETs, and MOSFETs.