Sensors type MEMS for the measurement of accelerations.
Alarm sensors pojawiące not a danger, for example, sound detectors, methane or carbon monoxide, so-called carbon monoxide.
The sensors, which use a combination of 3-axis digital gyroscope, accelerometer and compass.
Sensors to measure barometric pressure.
On days when air pollution is all the more dangerous, and most people has different types of allergies and diseases of the respiratory system, sensor clean air should be a standard equipment for any office, premises, warehouse, workshop, and even apartments. With this small...
Sensors that use acoustic waves in the medium.
The sensors detect the movement of your hand.
The mechanical sensors using extreme position.
Sensors methane, alcohol and carbon monoxide with accessories.
The sensors detect the surface color and control of light intensity.
Magnetic sensor, the so-called kontaktrony used, such as, for example, to determine the position of doors or Windows.
Kits for measuring the activity of the human body.
The sensors that measure the force of impact.
Sensors slotted and odbiciowe using light for measurement.
The digital and analog sensors to measure the distance.
Inductive proximity sensors are designed for detection close to metal objects.
Sensors precipitation, direction and speed wiatruoraz station pogodwe.
Sensors that indicate the current liquid level in the vessel.
The sensors that measure the intensity of the flowing current.
The sensors of fluid flow.
Robots, mobile phones, automation, smart homes, and even monitoring and security of real estate – all these elements have many common denominators, one of which is a motion sensor , which is virtually the basis. If you want to create a unique design, you need to put on...
Thermometers, analog and digital.
Sensors to measure high temperature.
Automation and functional equipment of apartments, workplaces, warehouses or production plants, must be equipped with humidity sensors , which will also provide information about the temperature. These small components and accessories, provide much more features, just...
Sensors, the sensitive sensor system of fingerprint recognition.
The dream of robots that will perform for us the painstaking and heavy housework (e.g. vacuuming), until recently only in video technology, however, surpassed the film, because that could be seen on movie screens in the productions of Sci-Fi today is in our homes. We have...
Sensors in which the resistance depends on the intensity of the incident light.
Transistors controlled by light emission.
Diagrams for infrared detectors.
Sensors to measure the magnitude, direction and change in the magnetic field.
Sensors type MEMS for the measurement of angular velocity.
Sets the sensors.
A series of sensors and modules with ujednoliconymi connectors which you can combine with minikomputerami Raspberry Pi, Arduino or MicroBit using special overlays.
Series transducers DFRobot Gravity are characterized by similar connectors that are compatible with the Gravity plate DFRobot IO Expansion Shield for Arduino
The evaluation board ad8232 equipped with module which controls the functioning of the heart. There are also components that are required for the preliminary analysis of measurement data. It can work in the mode with two or three electrodes.
A set of five 4-pin wires Grove. With them you can connect two I2C Grove modules to one connector of the I2C bus, for example on the Base Shield v2 board. Cables are compatible with all Grove modules connected through I2C bus.
Humidity, temperature and pressure sensor powered with a voltage of 3 to 5 V with I2C and SPI interface. Measuring range: temperature: -40 °C to 85 °C, humidity: 10% RH to 80% RH, pressure: from 300 hPa to 1100 hPa.
Module with digital barometer from Bosch BMP280. The measurement range is from 300 hPa to 1100 hPa with 1 hPa accuracy. The system is powered with the voltage ranging from 3 V to 5 V, and communicates over the I2C bus, or SPI.
Set for monitoring the heart rate, contains an ear clip with a wire and receiver module. The results can be displayed on the monitor through a serial port. The supply voltage ranges from 3V to 5V. The kit includes a cable adapted to the Seeedstudio Base Shield v2.0.
Camera module with adjustable focus connected to the special connector of minicomputer Raspberry Pi version 3, 2, B+, A+ and older A and B. The device has a matrix CCD 1/4" with the resolution of 5 Mpx, supports mode HD 1080p. Thanks to the included modules IR with power of 3 W, allows you to record at night.
Module with the camera connected to a corresponding connector on a minicomputer Raspberry Pi in versions 3, 2, B+, A+ and above A and B. The device has a matrix CCD 1/4", resolution of 5 Mpx, supports HD 1080px. Thanks to the included IR 3W modules, it allows you to record at night.
Optical reflective distance sensor detecting the object in the range from 0.01 cm to 15.2 cm. It has a digital output type - open collector, which changes the logic status when it detects the obstacle. The sensor works with a voltage from 4 V to 7 V,it has a cable with the length of approx. 1.m.
Optical reflective distance sensor detecting the object in the range from 0.01 cm to 15.2 cm. It has a digital output type - open collector, which changes the logic status when it detects the obstacle. The sensor works with a voltage from 10 V to 30 V,it has a cable with the length of approx. 1.m.
Optical reflective distance sensor detecting the object in the range from 0.01 cm to 76.2 cm. It has a digital output type - open collector, which changes the logic status when it detects the obstacle. The sensor works with a voltage from 4 V to 7 V,it has a cable with the length of approx. 1.m.
Module with the camera connected to a special connector of the minicomputer Raspberry Pi, version 3, 2, B+, A+ and older A and B. The device has a sensor OV5647 with a matrix with resolution of 5 Mpx, supports HD 1080px. Due to its small size and flexible cable, the camera can be installed even in hard to reach places.
The camera module with the matrix MT9V111 (compatible with OV7670) 0,3 MPx with a resolution of 640 x 480 pixels at up to 30 frames per second. It extends the capabilities of the microcontroller with the ability to shoot photos and record videos. It feature lens 1/4" F2,0 / 6 mm with handle M12x0.5. The device works with a voltage of 3.3 V, it...
Module with the camera, connected to a dedicated connector of minicomputer Raspberry Pi, version 3, 2, B+, A+. It has a matrix CCD 1/4" with the resolution of 5 Mpx, supports HD 1080px mode. The camera allows for recording excellent images during the day and night with the removable IR-CUT filter. The kit also includes the backlight modules of the IR 3 W.
You can't hide that technology improves lives, and their sensors will be smaller, more accurate and more complex, mankind has great potential for creating systems that will help them take care of their own comfort, and even safety. A good example is, for example, smoke detectors or air pollution, which should be in all rooms, production halls, warehouses, administrative buildings or even in homes. Another example of use of sensors in everyday life and in the conditions of the private, the installation of alarm and monitoring that use motion sensors, light and even sound – thanks to intelligent minikomputerom, everyone can build your alarm system, the sender of information about the threat to the authorities and the residents or system that allows you to disable and enable the headlight with klaśnięcia palm. A few years ago, the presence of automatic cleaner that would perform for us almost all the work was only available in movies, Sci-Fi, but today not only are they on the shelves in all stores with electronic equipment, but you can find them even in supermarkets. All thanks to the large number of additional sensors which react to light, movement, obstacles, etc. Is an element that is in almost all of the hardware, and you can expect that modern electronic equipment will have more of them, because they are often the only way of full automation of many processes.
Simple replacement of work performed by the person, is a great way to optimize costs and time that had still to fulfill with the help of the staff. A technology that uses fingerprint sensors allows, in particular, on the access of some employees in a particular room that has been specially allocated for them, thereby stopping the access of unauthorized people.
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