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5pcs ADS1115 16 Bit 16 Byte 4 Channel I2C IIC Analog-to-Digital High Precision ADC PGA Converter Development Board, Programmable Gain Amplifier, for Arduino Raspberry Pi DIY
The ADS1115 features an onboard PGA that allows both large and small signals to be measured with high resolution.
5pcs ADS1115 16 Bit 16 Byte 4 Channel I2C IIC Analog-to-Digital High Precision ADC PGA Converter Development Board, Programmable Gain Amplifier, for Arduino Raspberry Pi DIY
Item #: 101496444

5pcs ADS1115 16 Bit 16 Byte 4 Channel I2C IIC Analog-to-Digital High Precision ADC PGA Converter Development Board, Programmable Gain Amplifier, for

Item #: 101496444

USD 24

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The ADS1115 features an onboard PGA that allows both large and small signals to be measured with high resolution.
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What Stands Out

High Precision ADC
Offers 16-bit resolution, ensuring accurate and reliable data conversion for sensitive applications, outperforming conventional ADCs in precision and performance.
I2C Interface
Simple I2C communication allows easy integration with Arduino and Raspberry Pi, streamlining development for DIY projects without complicated wiring.
Programmable Gain
Built-in programmable gain amplifier (PGA) adjusts input signals optimally, making it versatile for various analog signal ranges, enhancing functionality across different project requirements.

Product Details

Shop 5pcs ADS1115 16 Bit 16 Byte 4 Channel I2C IIC Analog-to-Digital High Precision ADC PGA Converter Development Board, Programmable Gain Amplifier, for Arduino Raspberry Pi DIY online at a best price in Micronesia. B0CPX6W7WT
Voltage5 Volts (DC)
Maximum Supply Voltage5.5 Volts
Minimum Supply Voltage2 Volts
Mounting TypeSurface Mount
Number of Channels4
Package Type Namepack
Material TypeCopper, lead
Specification MetFCC
ManufacturerPAMEENCOS
ModelADS1115
Brand NamePAMEENCOS
Part NumberADS1115 Converter
Item Weight0.5 lbs (230 grams)

Who Should Buy?

Suitable For
  • DIY Enthusiasts

    Perfect for hobbyists looking to integrate high-precision ADC into their Arduino or Raspberry Pi projects.

  • Data Acquisition Projects

    Ideal for projects needing precise analog signal measurements in environmental sensing and monitoring applications.

  • Education Purposes

    Useful for students and educators in electronics and programming courses, facilitating practical learning experiences.

Not Suitable For
  • Commercial Use

    May not meet the durability and reliability standards required for high-volume, commercial applications.

Product Description

5pcs ADS1115 16 Bit 16 Byte 4 Channel I2C IIC Analog-to-Digital High Precision ADC PGA Converter Development Board, Programmable Gain Amplifier, for Arduino Raspberry Pi DIY

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is the ADS1115 and how does it work?

    Answer: The ADS1115 is a 16-bit analog-to-digital converter (ADC) that offers high precision for measuring analog signals. It features four channels and utilizes I2C communication, enabling easy integration into microcontroller projects. Its programmable gain amplifier (PGA) allows users to optimize the sensitivity depending on the input signal. This is particularly useful in applications requiring precise voltage measurements, such as sensor interfacing or data acquisition systems.
  • Question: What are the main applications of the ADS1115?

    Answer: The ADS1115 is widely used in various applications including sensor data acquisition, industrial automation, and robotics. It can effectively measure temperature sensors, pressure sensors, and other analog devices. Additionally, its versatility in gain settings allows it to handle a range of voltages, making it suitable for both low-power and high-power applications, helping engineers customize their solutions based on specific project requirements.
  • Question: How do I connect the ADS1115 to my microcontroller?

    Answer: To connect the ADS1115 to a microcontroller, you need to establish an I2C connection. This typically involves connecting the SDA (data line) and SCL (clock line) from the ADC to the corresponding pins on the microcontroller. Then, you will set up the communication parameters in your code using libraries compatible with your microcontroller. This connection allows the microcontroller to read the digital output corresponding to the analog input on the ADS1115.
  • Question: What are the specifications of the ADS1115?

    Answer: The ADS1115 features a 16-bit resolution providing up to 0.5mV of precision in its measurement range, with a maximum input voltage of 5V. It has a programmable gain amplifier that enhances its ability to detect very small signals and supports data rates up to 860 samples per second. With four channels, it allows monitoring multiple voltage sources, making it an efficient choice for projects requiring multiple sensor inputs.
  • Question: Can the ADS1115 be powered from the same source as the microcontroller?

    Answer: Yes, the ADS1115 can be powered directly from the same voltage source as your microcontroller, typically between 2.0V and 5.5V. This feature simplifies circuit design by minimizing the need for additional power supplies. However, ensure that the supply voltage is within the specified range to avoid potential damage. This arrangement is commonly used in compact projects where space and efficiency are critical.
  • Question: What programming languages can be used with the ADS1115?

    Answer: The ADS1115 can be programmed using various languages such as Python, Arduino, C/C++, and more, depending on the microcontroller chosen. Many development environments offer libraries specifically designed for the ADS1115, making it easier to implement its features without in-depth knowledge of ADC technology. This flexibility allows hobbyists and professionals alike to integrate the ADS1115 into their respective projects seamlessly.
  • Question: Is there a library available for the ADS1115?

    Answer: Yes, there are several open-source libraries available for the ADS1115 that facilitate its use with popular microcontrollers like Arduino and Raspberry Pi. Libraries such as Adafruit's ADS1X15 library simplify the process of initializing the chip, reading values, and configuring the settings. These resources are invaluable for developers looking to streamline their projects, saving time and reducing the complexity of coding from scratch.
  • Question: What is the difference between the ADS1115 and other ADCs?

    Answer: The key differences between the ADS1115 and other ADCs include its resolution, number of channels, and integrated programmable gain amplifier (PGA). While many other ADCs may offer lower resolution or fewer input channels, the ADS1115's ability to handle up to four channels while providing 16-bit precision makes it particularly valuable in applications requiring multiple sensor inputs with high accuracy.
  • Question: How does the Programmable Gain Amplifier (PGA) work in the ADS1115?

    Answer: The Programmable Gain Amplifier (PGA) in the ADS1115 adjusts the sensitivity of the ADC inputs, allowing it to amplify small voltage signals for more accurate readings. By configuring the gain settings, users can set different amplifications to match the signal levels being measured, ensuring that the output is within the optimal range for the ADC. This feature is particularly useful when connecting sensors with varying output strengths.
  • Question: Where can I buy 5pcs ADS1115 16 Bit 16 Byte 4 Channel I2C IIC ADC?

    Answer: You can purchase 5pcs ADS1115 16 Bit 16 Byte 4 Channel I2C IIC Analog-to-Digital High Precision ADC PGA Converter Development Board on Ubuy. Ubuy offers a variety of electronic components, making it a reliable destination for your development needs in Micronesia. With their extensive selection and user-friendly platform, you can easily find and acquire the ADS1115 for your projects.

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