HY-SRF05 Ultrasonic distance measurement sensor

The HY-SRF05 Ultrasonic distance measurement sensor that can measure distance using ultrasonic waves. It has the ability to accurately detect the distance between itself and objects by emitting sound waves and measuring how long they take to bounce back.

The module’s performance remains consistent, accurately measuring distance.

The Can and SRF05, SRF02 ultrasonic distance measuring modules are comparable in terms of precision and performance. These modules have a super close blind spot of only 2cm and are known for their stable ranging abilities. Thanks to these impressive features, this product has successfully entered the market with a strong impact!

Key specifications of hy-srf05 ultrasonic distance measurement sensor:

The voltage is equivalent to DC5V.
The static current should be kept below 2mA.
High-level output of 5 volts.
The output level reaches 0V at the end.
The sensor should have an angle no greater than 15 degrees.
The range of detection spans from 2cm to 450cm.
The precision is exceptionally high, achieving accuracy within 0.3cm.
The VCC, trig, echo, and GND connections are all essential components for controlling and receiving signals.
With a control population of overindulging in high-fat foods, one can simply wait for a high output port. By opening a timer using the output timing, the reading of the timer value when the port becomes low can be used to calculate the distance. This constant measurement cycle allows for reaching the value of mobile measurement efficiently.
The module operates efficiently and effectively.
The location of the IO trigger should produce a high signal for at least 10 microseconds.
hy-srf05 ultrasonic distance measurement sensor automatically transmits eight 40khz square waves and detects the presence of a signal return.
An Ultrasonic time from launch to return can be obtained by sending a signal back through the IO of a high output and high duration.
The formula for calculating test distance is determined by multiplying the time by the high speed of sound (340M/S) and dividing the result by 2.