3 Pack ADS1115 16 Bit 4 Channel I2C Analog To Digital Converter Module With Programmable Gain Amplifier For Arduino And Raspberry Pi High Precision Development Board 2.0V To 5.5V Plug And Play
✔️ 4-channel I2C ADC with PGA, 2.0-5.5V, 860 sps, high accuracy
This high-precision ADS1115 module brings a 16-bit A/D converter to projects that lack analog inputs or need tighter precision. It's a compact breakout with four inputs and PGA, ideal for Arduino and Raspberry Pi builds, portable sensors, and measurement rigs.
✅ 16-bit precision with up to 860 samples per second
✅ four single-ended inputs or two differential inputs
✅ programmable gain amplifier up to x16 for tiny signals
✅ I2C interface with selectable addresses 0x48-0x4B
✅ low power mode: 150 μA continuous, auto-shutdown in single-shot
💡 What is an ADS1115 I2C ADC used for in microcontroller projects? It’s handy for expanding analog sensing with high accuracy. - high-precision 16-bit measurements for sensors and small signals - supports four single-ended inputs or two differential inputs - programmable gain amplifier up to x16 for boosting weak signals - I2C interface with 0x48-0x4B addresses
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3 Pack ADS1115 16 Bit 4 Channel I2C Analog To Digital Converter Module With Programmable Gain Amplifier For Arduino And Raspberry Pi High Precision Development Board 2.0V To 5.5V Plug And Play
3 Pack ADS1115 16 Bit 4 Channel I2C Analog To Digital Converter Module With Programmable Gain Amplifier For Arduino And Raspberry Pi High Precision Development Board 2.0V To 5.5V Plug And Play
✔️ 4-channel I2C ADC with PGA, 2.0-5.5V, 860 sps, high accuracy
This high-precision ADS1115 module brings a 16-bit A/D converter to projects that lack analog inputs or need tighter precision. It's a compact breakout with four inputs and PGA, ideal for Arduino and Raspberry Pi builds, portable sensors, and measurement rigs.
✅ 16-bit precision with up to 860 samples per second
✅ four single-ended inputs or two differential inputs
✅ programmable gain amplifier up to x16 for tiny signals
✅ I2C interface with selectable addresses 0x48-0x4B
✅ low power mode: 150 μA continuous, auto-shutdown in single-shot
💡 What is an ADS1115 I2C ADC used for in microcontroller projects? It’s handy for expanding analog sensing with high accuracy. - high-precision 16-bit measurements for sensors and small signals - supports four single-ended inputs or two differential inputs - programmable gain amplifier up to x16 for boosting weak signals - I2C interface with 0x48-0x4B addresses
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Description
✔️ 4-channel I2C ADC with PGA, 2.0-5.5V, 860 sps, high accuracy
This high-precision ADS1115 module brings a 16-bit A/D converter to projects that lack analog inputs or need tighter precision. It's a compact breakout with four inputs and PGA, ideal for Arduino and Raspberry Pi builds, portable sensors, and measurement rigs.
✅ 16-bit precision with up to 860 samples per second
✅ four single-ended inputs or two differential inputs
✅ programmable gain amplifier up to x16 for tiny signals
✅ I2C interface with selectable addresses 0x48-0x4B
✅ low power mode: 150 μA continuous, auto-shutdown in single-shot
💡 What is an ADS1115 I2C ADC used for in microcontroller projects? It’s handy for expanding analog sensing with high accuracy. - high-precision 16-bit measurements for sensors and small signals - supports four single-ended inputs or two differential inputs - programmable gain amplifier up to x16 for boosting weak signals - I2C interface with 0x48-0x4B addresses
