Name: Yi-Xuan Wang (王宜璿)
Type: User
Company: Eurofins E&E Wireless Taiwan
Bio: I am currently working as an OTA Engineer at Eurofins, and I am also a member of the IEEE (GS'20-M'21).
Twitter: asrockwang0805
Location: Taoyuan City, Taiwan (R.O.C.)
Blog: https://linktr.ee/asrockwang0805/
Yi-Xuan Wang (王宜璿)'s Projects
Using AD9833 Signal Generator with Arduino.
Using ADS1115 16-bit ADC with Arduino.
Project of arduino practice.
The program integrates two sensors and pumps, namely a water pressure sensor and a flow sensor. The flow rate and pressure can be read through a personal computer, and the pump speed percentage (PWM) can be set through the serial port.
Calculate the number of unit pulses per interval to convert the water flow rate (mL/minute).
This program integrates two sensors, a water pressure sensor and a flow sensor, which can be read and communicated via a personal computer.
The program integrates two sensors and pumps, namely a water pressure sensor and a flow sensor. The flow rate and pressure can be read through a personal computer, and the pump speed percentage (PWM) can be set through the serial port.
The program integrates two sensors and pumps, namely a water pressure sensor and a flow sensor. The flow rate and pressure can be read through a personal computer, and the pump speed percentage (PWM) can be set through the serial port.
The output voltage of the sensor is converted by ADC to obtain the ph value.
Set the pump speed percentage (PWM) through the serial port and I2C from another MCU.
Use the resistive divider to calculate the unknown resistor, and use the average filter to smooth the value.
The program integrates two sensors and pumps, namely a water pressure sensor and a flow sensor. The flow rate and pressure can be read through a personal computer, and the pump speed percentage (PWM) can be set through the serial port.
The project of Web Page Design course in YunTech.
The output voltage of the sensor is converted by ADC.
The program integrates two sensors and pumps, namely a water pressure sensor and a flow sensor. The flow rate and pressure can be read through a personal computer, and the pump speed percentage (PWM) can be set through the serial port.
Use interrupts to calculate the number of unit pulses per interval to convert the water flow rate (mL/minute).
The output voltage of the sensor is converted by ADC to obtain the water pressure.
The Portfolio Web of Application for Transfer (Yu)