Spectrometer Breakout Board with AS72651, AS72652 and AS72653 Sensors
€70.49excl. VAT€86.00incl. VATBreakout board based on the AMS AS72651, AS72652 and AS72653 light sensors
426 products
SensorsBreakout board based on the AMS AS72651, AS72652 and AS72653 light sensors
Control electronicsCompact board that lets you adjust the speed of a DC motor, with a supply between 6 V and 90 V and a maximum current of 8 A (15 A peak), by means of a potentiometer
SensorsFully calibrated and with an SPI digital output, this sensor measures temperatures from -40°C to +70°C and relative humidity from 10% to 98%
SensorsThis sensor changes its resistance according to the force applied to its sensing area
SensorsThis sensor changes its resistance value based on the force applied to its sensitive area
SensorsModule fitted with a reflective infrared sensor (ST188), an LM393 voltage comparator, a sensitivity adjustment trimmer and both analogue and digital outputs
STEMSuited to curious minds aged 8 and up, the “12-in-1 Solar Robot” Educational Kit offers an exciting learning opportunity. With the ability to build 12 robot variants powered by solar energy, this STEM kit promotes not only fun and interaction but also an understanding of the fundamental principles of solar energy. With detailed instructions and no batteries required, it becomes an engaging and educational experience in a stimulating environment.
RobotsThe 4DOF robotic arm is an educational kit made to spark creativity and hands-on skills in youngsters. Easy to assemble and controlled by joystick, app or wireless PS2, it makes robotics interactive, entertaining and instructive.
MotorsIdeal for every application that calls for precision in angular movement and rotation speed, such as robotics and servomechanisms.
MotorsIdeal for any application that calls for precise angular positioning and rotation speed, such as robotics and servo mechanisms.
MotorsIdeal for all applications requiring precision in angular movement and rotation speed, such as in robotics and servomechanisms.
Control electronicsControl board for stepper motors with a DRV8825 driver and an ATmega32U4 microcontroller for open-loop control of stepper motors, programmable with the Arduino IDE.
Control electronicsBased on the TB6600,, chip, this compact driver can control a single bipolar stepper motor with a max. current
Control electronicsBuilt around the TB6560AHQ chip, this compact driver can drive a single bipolar stepper motor with a max current
Control electronicsBased on the TB6600HG chip, this compact driver can control a single bipolar stepper motor with a max. current
SensorsModule with 4 white LEDs, based on the TAOS TCS230 chip, a light-to-frequency colour converter
SensorsModule with 4 white LEDs, built around the TAOS TCS3200 chip, a light-to-frequency colour converter
Sensors
SensorsSmall visible-spectrum sensor built around an NPN phototransistor
SensorsThis module uses the TEMT6000 light sensor for ambient light detection. With peak sensitivity at 570 nanometres and a wide 60-degree acceptance angle, the sensor measures the amount of visible light, excluding the infrared (IR) spectrum.
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