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YEFLUT 8pcs HX711 Load Cell Amplifier 24-bit ADC Dual Channel Weight Weighing Sensor with Du-pont Wire for Arduino Raspberry Pi in Saudi Arabia YEFLUT 8pcs HX711 Load Cell Amplifier 24-bit ADC Dual Channel Weight Weighing Sensor with Du-pont Wire for Arduino Raspberry Pi in Saudi Arabia YEFLUT 8pcs HX711 Load Cell Amplifier 24-bit ADC Dual Channel Weight Weighing Sensor with Du-pont Wire for Arduino Raspberry Pi in Saudi Arabia YEFLUT 8pcs HX711 Load Cell Amplifier 24-bit ADC Dual Channel Weight Weighing Sensor with Du-pont Wire for Arduino Raspberry Pi in Saudi Arabia YEFLUT 8pcs HX711 Load Cell Amplifier 24-bit ADC Dual Channel Weight Weighing Sensor with Du-pont Wire for Arduino Raspberry Pi in Saudi Arabia YEFLUT 8pcs HX711 Load Cell Amplifier 24-bit ADC Dual Channel Weight Weighing Sensor with Du-pont Wire for Arduino Raspberry Pi in Saudi Arabia

YEFLUT 8pcs HX711 Load Cell Amplifier 24-bit ADC Dual Channel Weight Weighing Sensor with Jumper Wires for Arduino Raspberry Pi

SAR 47

Brand
YELUFT
Weight
41 g
1 +

Special Features

  • Working Principle: HX711 is a 24-bit analog-to-digital converter (ADC) chip designed for high-precision electronic scales, usually used in conjunction with strain gauge weighing sensors. After signal acquisition and amplification, data is output after analog-to-digital conversion
  • High Precision: It uses a 24-bit high-precision ADC to convert the amplified analog signal into a digital signal. The on-chip low-noise programmable amplifier improves the signal quality and simultaneously suppresses 50Hz and 60Hz power supply interference
  • Easy to Use: Simple digital control and serial communication, all controls are input by pins, no need to program the internal registers of the chip, and the output data rate of 10Hz or 80Hz can be selected to adapt to different application scenarios. It supports two differential inputs and programmable gain Easy to Use: Simple digital control and serial communication, all controls are input by pins, no need to program the internal registers of the chip, and the output data rate of 10Hz or 80Hz can be selected to adapt to different application scenarios. It supports two differential inputs and programmable gain
  • High Integration: It integrates peripheral circuits such as regulated power supply and on-chip clock oscillator, reducing the need for external components
  • Low Power Consumption: wide operating voltage range (2.6~5.5V), typical operating current <1.7mA, power-off current <1μA, suitable for battery-powered applications

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