Showing 3289–3300 of 3753 results
SeeedStudio Grove Step Counter(BMA456)
SeeedStudio Grove Sunlight Sensor
This device is based on SI1145, a new sensor from SiLabs. The Si1145 is a low-power, reflectance-based, infrared proximity, UV index and ambient light sensor with I2C digital interface and programmable-event interrupt output. This device offers excellent performance under a wide dynamic range and a variety of light sources including direct sunlight.
SeeedStudio Grove Switch (P) Module
The Grove Switch (P) is a mini Single Pole, Double Throw (SPDT) slide switching device. But, what does P mean? P stands for Panel mount. With panel mount feature, you can use it as you wish, for example, you can attach the switch to a cut out in a panel, a box, or a frame. This switch is great for ON/OFF situations on many of our boards; moreover, It is a long-lasting and reliable device of great build quality.
SeeedStudio Grove TDS Sensor Meter For Water Quality
SeeedStudio Grove Temperature & Humidity Sensor (DHT11)
Do you want to measure temperature and humidity information simultaneously? So, we have the Grove Temperature & Humidity Sensor (DHT11) especially for you. It can measure temperature as well as humidity at the same time! Its a high quality, low-cost digital temperature and humidity sensor based on the new DHT11 module. It utilizes a DHT11 sensor that can meet the measurement needs for general purposes.
SeeedStudio Grove Temperature and Humidity Sensor Pro Module
Grove – DHT22 is a high accuracy temperature and humidity sensor based on the DHT22 module (also known as AM2302 or RHT03). High-cost performance and high precision make it ideal for temperature and humidity monitoring of Arduino and Raspberry Pi, you can also use it to make a thermometer and hygrometer.
SeeedStudio Grove Temperature Humidity Pressure and Gas Sensor
The Grove-Temperature, Humidity Pressure & Gas Sensor (BME680) is not just a simple Arduino temperature sensor or barometer sensor but is a multiple function sensor that can measure temperature, pressure, humidity, and gas at the same time. Based on the BME680 module, it can provide you with rich environmental parameters at low power consumption and a wide measurement range. It integrates the 4-in-1 function on such a small module and will be very beneficial to apply on GPS devices or IoT projects such as your own Arduino weather station or weather forecast system.
SeeedStudio Grove Temperature Sensor Module
Grove Temperature Sensor v1.2 is perfect for you. It uses a thermistor as a form of resistance value to alter the Vcc. The resistance of a thermistor will increase when the ambient temperature decreases. Its this characteristic that we use to calculate the ambient temperature. Depending on the temperature measured, it supplies an analog signal from 0 to 5 Vcc. The detectable range of this sensor is -40 to 125C and the accuracy is 1.5C.
SeeedStudio Grove Thermal Imaging Camera – MLX90641 16×12 IR Array with 110 Degree FOV
This IR thermal camera carries a 1612 array of thermal sensors (MLX90641) and it can detect the temperature of objects from far away with a center area accuracy of 1 and average accuracy of 1.5. In order to obtain the thermal images easily, the I2C protocol is used to get the low-resolution images from the camera. The FOV (Field of View) of this camera is 110x75, and the temperature measurement range is -40 to 300.
SeeedStudio Grove Thermal Imaging Camera / IR Array MLX90640 55 degree
The IR thermal camera carries a 32×24 array of thermal sensors (MLX90640), it can detect the temperature of objects from feet away with the accuracy of ±1.5℃. In order to obtain the thermal image easily, the I2C protocol is used to get the low-resolution image from the camera. The FOV(Field of View) of this camera is 55°x35°, and the temperature measurement range is -40℃~300℃.
SeeedStudio Grove Thumb Joystick Module
The joystick has a specialty of two direction movements. The two direction movements will output different analog signals as they are actually two potentiometers. The X and Y axes are two ~10k potentiometers which control 2D movement by generating analog signals. When the module is in working mode, it will output two analog values, representing two directions. its output values are restricted to a smaller range (i.e. 200~800), only when being pressed that the X value will be set to 1023 and the MCU can detect the action of pressing.
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