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The GPIO Expander HAT for Raspberry Pi is a versatile solution that allows multiple modules to be connected simultaneously to the same GPIO lines. With clear labeling and compatibility with popular Raspberry Pi models, the HAT is suitable for educational projects, electronic circuit prototyping, and complex system integration. It is ideal wherever there is a need to duplicate pinouts without limiting access to the Raspberry Pi’s ports.
The GPIO expansion HAT is designed for Raspberry Pi models B+, 2, 3, and 4. It enables the parallel connection of three independent modules to each GPIO pin. The board features three rows of goldpin headers (a total of 120 pins) with a standard 2.54 mm pitch. Each row contains 40 pins corresponding to the Raspberry Pi GPIO layout, allowing convenient signal branching without the need for additional splitters.
The connector layout is designed to ensure unobstructed access to the USB ports and other Raspberry Pi interfaces. Pin labels printed on the board surface allow for quick identification of individual lines, significantly simplifying work during prototyping or the integration of external components.
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Adafruit 1135 - Adafruit Perma-Proto Raspberry Pi Breadboard PCB Kit
Adapter between the Raspberry Pi GPIO port and universal contact plates, RoHS
No product available!
GPIO expansion board for Raspberry PI B + and RPi 2 - set: cable, adapter, contact pad 400 fields
No product available!
Raspberry Pi Prototype HAT is a prototype board that fits Raspberry Pi3, Pi 2 and + computers. The set includes a self-assembly connector and assembly elements
No product available!
T-Cobbler adapter enabling connection of GPIO Raspberry Pi A +, B +, Pi 2 and Pi 3 lines to the contact plate (2.54 mm). Adapter assembled, including connecting tape
No product available!
The adapter allows for prototyping using the GPIO connectors of Raspberry computers, and thanks to the IDC 40-pin tape it is possible to securely and securely connect the adapter with the RPI output
No product available!
Pin strip straight in black, double-row, female with 2x20 layout, 2.54mm pitch and elongated legs (12mm). Thru-hole assembly (THT), often used to build GPIO modules for single board computers. PBD40S L
Connecting ribbon with a length of 15 cm (40 wires), terminated on both sides with 2x20 pin female connectors. The cable can be used to connect Raspberry Pi with prototyping accessories (eg T-Cobbler Plus)
No product available!
Threaded hexagon spacer M2,5, sleeve length 11mm, female-female. The sleeve is made of brass
Pin header goldpin black 2x40 pins. Straight connector for through-hole assembly. 2.54mm pitch
No product available!
Overlay compatible with Raspberry Pi Zero, Zero W, Zero WH, 1A+, 3A+, 3B, 3B+, 4B. Includes LEDs, buttons, USB-UART converter (USB connector) and buzzer. Cytron Maker pHAT
Threaded hexagon spacer M2,5, sleeve length 14mm, female-female. The sleeve is made of brass
No product available!
T-Cobbler adapter enabling connection of GPIO Raspberry Pi A +, B +, Pi 2, Pi 3, Pi 4 and Pi 5 lines to the breadboard (2.54 mm). Adapter assembled, included connecting tape
The expansion module is designed for Raspberry Pi minicomputers. It is equipped with connectors to which you can attach modules compatible with the Grove standard. Seeed Studio 103030275
No product available!
The expansion module is designed to work with Raspberry Pi 400 - a portable computer built into the keyboard. The board has a 40-pin connector in the pin position and two Qwiic connectors. SparkFun DEV-17512
The GPIO Expander HAT for Raspberry Pi is a versatile solution that allows multiple modules to be connected simultaneously to the same GPIO lines. With clear labeling and compatibility with popular Raspberry Pi models, the HAT is suitable for educational projects, electronic circuit prototyping, and complex system integration. It is ideal wherever there is a need to duplicate pinouts without limiting access to the Raspberry Pi’s ports.