can_tja1051

521 results for "can_tja1051"

Test 05. MMBT5401

Opentherm room thermostat that can be controlled through Telegram, but also locally

Test 06. Simplified interface

Opentherm room thermostat that can be controlled through Telegram, but also locally

Test 07. Component assignment

Opentherm room thermostat that can be controlled through Telegram, but also locally

Test 08. With ESP32 mini

Opentherm room thermostat that can be controlled through Telegram, but also locally

Test 09. With ESP module

Opentherm room thermostat that can be controlled through Telegram, but also locally

RoomThermostat

Opentherm room thermostat that can be controlled through Telegram, but also locally

Control Unit Schematic Digram

Robot arm that can paint and controlled wirelessly using wi-fi

cansult

Nissan Consult (14pin) to CAN adapter

STM32F4 HexGauge V3

Customizable Automotive Gauge with CAN Bus interface and Integrated Inertial Measurement Unit

v1

tablero de instrumentos por can para integrar con OpenEFI, cuando se nos ocurra algo mas original cambiamos el nombre

dashdashv2

tablero de instrumentos por can para integrar con OpenEFI, cuando se nos ocurra algo mas original cambiamos el nombre

fuel indicator

tablero de instrumentos por can para integrar con OpenEFI, cuando se nos ocurra algo mas original cambiamos el nombre

odometer

tablero de instrumentos por can para integrar con OpenEFI, cuando se nos ocurra algo mas original cambiamos el nombre

rev2

tablero de instrumentos por can para integrar con OpenEFI, cuando se nos ocurra algo mas original cambiamos el nombre

salaemcp

Program do obsługi magistrali CAN poprzez komputer podłączony do arduino z modułem MCP2515

CanSat Schematic

A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.

PCB 0

A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.

PCB 1

A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.

PCB 2

A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.

PCB 3

A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.

PCB 4

A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.

Back5Next