Arduino ADS1110 16-Bit ADS circuit

Arduino ADS1110 16-Bit ADS circuit in proteus

Arduino ADS1110 16-Bit ADS circuit, proteus diagram
Arduino ADS1110 16-Bit ADS circuit

Arduino ADS1110 16-Bit ADS circuit in proteus

In this article we will learn how to make Arduino ADS111 16-Bit ADS circuit in proteus.
In the last post we will learn how to Interface Water Level Indicator using Ultra sonic sensor in proteus simulation. You can visit our website,
I hope you appreciate my work, let’s discuss about today’s project.

Components:

  1. Arduino Uno
  2. IC (ADS1110)
  3. Virtual terminal
  4. Resistor variable
  5. Volt meter
  6. Resistors
  7. Push button
  8. LED
  9. Jumper wires

Construction…

  • Connect pin 3 of IC with D19 pin of Arduino Uno
  • Connect pin 4 of IC with D18 pin of Arduino Uno
  • Connect VDD pin of IC with +3.3V
  • Connect GND pin of IC with GND
  • Connect –VIN terminal of IC with GND
  • Connect +VIN terminal of IC with signal pin of resistor variable trough +ve terminal of Volt meter
  • Connect –ve terminal of volt meter with ammeter pin of resistor variable and then connect them with GND
  • Connect collector pin of resistor variable with out put
  • Connect VCC pin of Arduino with +5V
  • Connect one side of resistor with +5V
  • Connect 2nd side of resistor with one side of push button and then connect them with Reset
  • Connect 2nd side of push button with –ve side of LED and then connect them with GND
  • Connect +ve side of LED with one side of resistor
  • Connect 2nd side of resistor with D13 pin of Arduino

Working…

The ADS1110, on the other hand, is not an Arduino board but rather an analog-to-digital converter (ADC) manufactured by Texas Instruments. It can be used with Arduino or any other microcontroller platform to interface with analog sensors or other analog sources. The ADS1110 is a high-resolution, low-power, 16-bit ADC that can convert analog signals to digital values

Applications…

  1. Sensor Data Acquisition
  2. Voltage Measurement
  3. IoT Devices
  4. Low-Power Applications
  5. Smart Agriculture

Advantages…

  1. User-Friendly
  2. Open Source
  3. Affordability
  4. Low Power Consumption
  5. Small Form Factor