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Manuale și ghiduri de utilizare OLIMEX

OLIMEX manufactures open-source hardware development boards, DIY soldering kits, and electronic tools for developers and electronics enthusiasts.

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About OLIMEX manuals on Manuals.plus

OLIMEX Ltd is a globally recognized manufacturer of open-source hardware, development boards, and electronic DIY kits. Headquartered in Plovdiv, Bulgaria, the company specializes in producing robust, affordable, and accessible technology for hobbyists, engineers, and educators.

From beginner-friendly soldering projects like the Green Bug and Christmas Tree kits to advanced ESP32, RISC-V, and OLinuXino Linux boards, OLIMEX offers products that cater to all skill levels. Because their hardware is open-source, users have full access to CAD files, schematics, and firmware, encouraging study, modification, and innovation within the electronics community.

Manuale OLIMEX

Cele mai recente manuale de la manuals+ create pentru acest brand.

olimex ESP32 DevKit LiPo Pinout Instruction Manual

20 august 2026
olimex ESP32 DevKit LiPo Pinout What is ESP32-DevKit-LiPo ESP32-DevKit-LiPo is an Open Source Hardware development board that incorporates an ESP32 module. The ESP32-DevKit-LiPo board is designed and manufactured by Olimex,…

OLIMEX Soldering Kit Santa Owner’s Manual

19 ianuarie 2026
OLIMEX Soldering Kit Santa Specifications Product Name: Soldering Kit Santa Necessary Tools: Wire Cutters Twizzers Soldering Iron Soldering Wire Product Usage Instruction General Tips for Soldering Make sure to work…

Instrucțiuni pentru kitul de lipire OLIMEX PGC-TR25 Ladybug

3 decembrie 2025
OLIMEX PGC-TR25 Ladybug Soldering Kit Product Specifications Necessary Tools: Wire cutters, Twizzers, Soldering iron, Soldering wire, Sponge Recommended Tools: PGC-TR25 (light and easy to use), PGC-00SA (budget solution), CHN-SLD802 and…

ESP32-DevKit-LiPo Pinout Guide

diagrama pinilor
Technical pinout reference and configuration guide for the Olimex ESP32-DevKit-LiPo development board, detailing GPIO availability and special pin functions.

Box for Olimex ARM-USB-OCD-HL

alte
3D printable enclosure design for the Olimex ARM-USB-OCD-HL device. Includes assembly requirements and license information.

ESP32-C6-EVB User Manual

manual
User manual for the Olimex ESP32-C6-EVB development board, featuring Wi-Fi 6, Bluetooth 5, relays, and opto-isolated inputs. Includes hardware layout, setup instructions, and software guide.

STM-P103 Development Board User's Manual

manual
Comprehensive user manual for the Olimex STM-P103 development board, featuring the ARM Cortex-M3 STM32F103RBT6 microcontroller. Includes hardware specifications, board layout, jumper settings, and bootloader instructions.

STMP15x-SOM User Manual

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User manual for the STMP15x-SOM System On Module by Olimex, featuring STM32MP15x SOC, Linux support, and hardware specifications.

NB-IoT-BC660 Schematic Diagram

schema electrică
Technical schematic diagram for the Olimex NB-IoT-BC660 development board featuring the Quectel BC660K-GL module, including pinout, power configuration, and interface details.

OLIMEX support FAQ

Întrebări frecvente despre manuale, înregistrare și asistență pentru această marcă.

  • What tools are recommended for Olimex soldering kits?

    We recommend using precision wire cutters, tweezers, and a reliable soldering iron (e.g., CHN-SLD802 or SLD-FAST-75W) along with quality flux-core soldering wire.

  • How do I correctly orient LEDs on my Olimex PCB?

    When installing LEDs, pay attention to the polarity. The longer lead of the LED should be inserted into the square PCB pad, which is often marked with a dot or a '+' sign.

  • What devices can control the Olimex PWR-SWITCH?

    The Olimex PWR-SWITCH features an optically isolated control line that works with a 3V to 5V DC voltage range. It is fully compatible with popular microcontrollers like Arduino, ESP32, and Raspberry Pi.

  • What happens if I solder a component incorrectly on my Olimex kit?

    If you solder a component incorrectly, use a desoldering pump or copper wick to carefully remove the solder and reposition the component. Be careful not to overheat the components or the PCB pads during this process.