The world of modern medicine it is not only a stethoscope, x-ray or stopwatch for measuring the heart rate. Modern medicine is a very high-tech devices equipped with various sensors, medical. Create Botland your own heart rate monitor the heart rhythm of the human heart, pH meter, and even elektromiograf (EMG) is a device for measuring muscle activity! Yes! Components for these devices are within Your reach!
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.
The EMG sensor was created through the cooperation of DFRobot and OYMotion. EMG - electromyograph, sensor of electric activity of muscles and peripheral nerves of human. This sensor is a combination of a filtering and amplification chain. It strengthens the minimum value of sEMG in the range of ± 1.5 V 1,000 times and reduces the noise...
Module from the Grove series that allows you to collect the bioelectric signal generated by the human muscles (EMG). The output is an analog signal that can be read using any microcontroller with A/D converter, for example, Arduino. The sensor requires the use of biomedical electrodes.
Module from the Grove series, used for measuring the pulse with a clip on the finger, based on high-quality optical system CMOS with the green LED and integrated digital signal processing PAH8001EI-2G in the form of a sensor of heartbeat rate HDR. The device is powered with voltage of 5 V. The kit also includes a cable suitable for Seeedstudio...
Module from the Grove series equipped with GSR sensor using the galvanic-skin reaction. It is powered with the voltage of 3.3 V or 5V. The sensors of this type are used in psychophysiology, they reflect the stress response, experienced emotions, and activity level.
Module for measuring electrical activity of the human heart. The output is an analog signal which can be saved as EKG. The sensor is easy to operate, the manufacturer provides a code example for Arduino.
Module for measuring the human heart rate, compatible with Arduino. It is working with the voltage from 3 V to 5 V, the output is the analog signal. The kit includes a probe that can be applied to the finger or connected via clip to the ear.
Wireless sensor of the human pulse, it transmits data from the probe placed on the human body. The receiver operates with a voltage of 3.3 V or 5.0 V. The output is a digital signal 0 1, reflecting the heartbeat. The probe does not require the use of gel.
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.
The sensor allows to control devices via bioelectrical signals generated by human muscles (EMG). The output is an analog signal that can be read using any microcontroller with converter A/C, for example, Arduino. The sensor requires the use of biomedical electrodes.
The kit allows you to control devices via bioelectrical signals generated by human muscles (EMG). The output is an analog signal that can be read using any microcontroller with A/C converter, for example, Arduino.
Module for measuring heart rate of the human heart, compatible with Arduino. It works with voltage from 3.3 V to 6 V, the output is the analog signal. The kit includes a probe, 6 biomedical sensors, module with pulsometer AD8232 heart rate monitor and the wire is adapted to DFRobot IO Expansion Shield.
Module for measuring heart rate of the human heart, compatible with Arduino. It works with voltage from 3.3 V to 6 V, the output is the analog or digital signal. The kit includes a strap for putting on the finger or wrist.
Module for measuring the human heart rate and the saturation of the blood, compatible with Arduino and mbed. It is powered with the voltage from 2 V to 5.5 V. It communicates via the I2C bus. The board has red IR LED which is used to measureement using the finger touch.
The sensor is based on a system MAX30105 and allows for the determination of the distance, pulse, smoke, and even blinking of an eye. It has 3 LEDs and a very responsive detector of photons. It communicates through an I2C interface. It works with voltages of 3.3 V and 5 V.
Module from the Grove used to measure pulse-based optical CMOS PAH8001EI-2G with green diode and chipboard designed as a sensor frequency of heart beats HDR. The sensor is based on optical technology have measured the variability of blood flow. Low consumption and additional power saving mode make the sensor ideal for creating the smart clothes.
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Electronics in contemporary medicine is common and leads to unlimited possibilities. Because of her, medical equipment, allows us today high accuracy and repeatability of measurements, recording the values of the results, visualization and, above all, access to the most advanced therapies. Most of us had the opportunity of measuring blood pressure using, seemingly simple device which actually is an advanced electronic device that uses a medical sensor. Medical sensors, have significantly improved measurement accuracy and, consequently, the quality of treatment. Today we are not able to check the condition of your cardiovascular system using a heart rate monitor the heart rhythm of the human heart without the presence and assistance of a doctor. Botland has a range of medical sensors, with which you can build a heart rate monitor the heart rhythm of the human heart, pH meter, or elektromiograf muscle activity EMG.
The medical sensors is a huge opportunity for designers robotics. Create a module robot controlled by power of their own muscles with the help of prepared Botland kit series MyoWare, in which you'll find a sensor for the measurement of muscle activity EMG, the pad power supply for sensor EMG, cap connector for EMG sensor, the pad with LEDs and the imposition of a prototype for the EMG sensor, wires, and biomedical electrodes which can be used to study EEG, ECG, and additional pins and connectors. The kit is designed to work with popular sets uruchomieniowymi, for example, Arduino. Check also other medical sensors such as pulse sensors of the human heart, adapted to overlay DFRobot IO Expansion Shield.
If in addition to electronics, automation and robotics you are a plant lover, or are you going to have, and can you have an aquarium with fish, good one. In Botland, you'll find pH sensors, level accuracy +/- 0.1 pH, through which you can create your own layout for measuring the pH of the water. We have the range of a pH sensor with industrial probe, which can be left immersed in water, even after a year. The sensors are designed to work with most microcontrollers and kits line.