GY US42 Pixhawk APM Flight Ultrasonic Sensor Module

The GY US42 Pixhawk APM Flight Ultrasonic Sensor Module with a working voltage of 3-5V and low power consumption. Its small size also makes for easy installation.

The probe operates by emitting ultrasonic waves that are directed towards the object being measured. The probe then receives and sends back the acoustic wave, using the time difference to determine the precise distance.

GY US42 Pixhawk APM Flight Ultrasonic Sensor Module allows for data to be read in three different ways: Serial UART (TTL level), IIC, and pulse PWM mode.

The configurable serial port baud rate offers two options of 9600bps and 115200bps, allowing for continuous output in an energy-saving mode.

IIC has the ability to adjust the internal address, allowing for the connection of multiple modules on an IIC bus simultaneously. It functions similarly to SR04, with pulse PWM output, and can easily interface with a microcontroller to operate in various environments. For connections requiring USB to TTL, simply connect it directly to your computer. IIC mode supports direct linking with APM, Pixhawk, and other flight control systems.

Offer instructions for communication between arduino, 51, and stm32 microcontrollers. However, schematics and internal source code of the microcontroller are not included. Keep in mind that utilizing the integrated ultrasonic probe for sending and receiving will only yield accurate results within a blind range of approximately 20cm. Ranging attempts within this distance beyond 20cm will not be reliable.

The official website for reference settings of Pixhawk APM.

The features of GY US42 Pixhawk APM Flight Ultrasonic Sensor Module include:

Voltage range is between 3 and 5 volts.
The distance is calculated by the built-in MCU.
The IIC protocol, serial port, and PWM communication format are all commonly used means of electronic communication.
Terminate the 40HZ evaluation period.
Supported by the accompanying computer software
Compact integrated probe
The application should be submitted by the specified deadline.
The intelligent machine
Instructing on the usage of laboratory apparatus
Quality control assessments during the production process
The quadrocopter has the ability to hover in place and perform precise maneuvers. With its advanced technology, it is capable of capturing stunning aerial footage and providing an unmatched flying experience.
Body measurements of humans
Smart vehicle