Distance sensors

Distance sensors are an essential element of most of the robotic projects - be that Arduino projects or any other. In essence there are two key types of distance sensors - infrared and ultrasounds sensors. In our offering you will find both of them with a wide range of products based on the bestsellers such as TCRT5000 and HC-SR04. We offer as well assembly elements including plastic mounts.

Distance sensors

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HC-SR04 + Ultrasonic Sensor Support for Arduino compatible sensors

It is very easy to make it work with an Arduino, PIC or any other microcontroller.
In its output pin we can measure the pulse width PWM depending on the distance of the obstacle.
Mounting bracket is ideal for installing the sensor on mobile platforms such as robots, vehicles, etc. HC-SR04 + Ultrasonic Sensor Support Arduino features:
- Supply voltage: 5V (4.5V-6V)
- Consumption: typical 30 mA, (35 mA max)
- Interface: VCC, GND, Signal
- Range: 2 cm to 3 meters
- Angle 15º
- LED measurement indicator in progress
- Frequency: 40 kHz for 200 μs
- Size: 30 mm x 20 mm Feature of the support: - Material: Acrylic
- Transparent color
- Includes screws

S0006

Regular price €3.24 -€0.60 Price €2.64

5.8GHz Doppler Radar Motion Sensor

5.8GHz Doppler Radar Motion Sensor features:
- Microwave motion detector module
- The main applications can be security alarms and sensors, Automatic door systems, ATM machines, car reverse systems, light sensors, can also be used for traffic monitoring and monitoring applications.
- High resistance to radio-frequency interference
- Frequency: 5.8GHz
- Operating Voltage: 3.3V - 20V TTL 3.3V
- Standby Current: 3mA
- Detection Range: 3-8 meters, 360 degrees
- Power of Output: 2mW
- Dimensions: 32x23 mm
- R6 - time-delay; initial value 2.2k - 1s, without delay resistance 30s, can be adjusted up to 250k
- R9 - for sensitivity adjustment

M0112

Price €4.46

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Ultrasound sensors

Ultrasound sensors are widely used in Arduino projects. They allow for measuring the distance and are relatively precise permitting mapping of the surroundings. On the other hand, if used against soft surfaces they can turn out to be quite inefficient as the soft materials might absorb most of the energy and additionally in the closed rooms, the sound might reverberate numerous times potentially affecting the precision of the measurement. When choosing your distance sensor pay special attention to the angle they offer and the distance of operations.

Infrared sensors

Infrared sensors are one of the most popular, cheap and easy form of wireless communication including distance measuring. The sensors are very easy in their way of work - they emit an infrared wave and based on it assess the distance to the nearest obstacle. Each sensor will have an emitter (usually in a form of LED) and a receiver (fotoresistor). Again, most important elements showing precision of the element include range and angle of the sensor.