Seeed Studio Grove Sensors
Seeed Studio Grove Sensors are part of the Grove system of modulated, ready-to-use tools. Seeed Studio Grove sensors consist of a base shield and various modules with standardized connectors. The base shield allows for easy connection of any microprocessor input or output from the Grove modules. Every Grove module addresses a single function, such as a simple button or a more complex heart rate sensor. Each sensor module comes with clear documentation and demo code to help users get started quickly.Grove sensors include a wide range of offerings that fit into the categories of environmental monitoring, motion sensing, user interface, physical monitoring, logic gate, or power.
Features
- A system of modulated, ready-to-use tools
- Each module consists of a base shield and various modules with standardized connectors
- The base shield allows for easy connection of any microprocessor input or output from the Grove modules
- Every Grove module addresses single function
- Each sensor module comes with clear documentation and demo code to help users get started quickly
Applications
- Environmental Monitoring
- Motion Sensing
- User Interface
- Physical Monitoring
- Logic Gate
- Power
Development Tools
These are multiple function sensor and position sensor development tools.
Environmental Monitoring
These sensors help users monitor and report on their environment with minimal effort. These sensors can also help users chart everyday fluctuations in temperature, measure air quality, sense light, and assess other elements in the user's immediate environment.
Motion Sensing
These sensors enable the microcontroller to detect motion, location, and direction. These can make the movement of the microcontroller understandable in three-dimensional spaces or determine which direction is up with the help of a 3-axis accelerometer and compass.
Physical Monitoring
These sensors are designed to help the user analyze the physical world. These sensors measure the user's heart rate, detect the color of objects, or find out the amplitude of the current without dismantling your project. These sensors provide an easy mechanism to gather this data without high-end expensive instruments.
Proximity
These sensors are designed to detect nearby objects for use in applications like robotics.
Touch & Force
These sensors are designed to respond to touch or detect changes in force.
User Interface
These sensors let the user interface with the microcontroller via input modules, such as touch pads, joysticks, or voice. Users can also choose output modules, like LED strips, motors, or even an OLED display, to enhance the project.
