2PCS ADS1115 Analog-to-Digital Converter 16 Bit 4 Channel I2C IIC Module Converter with Programmable Gain Amplifier Converter Development for Arduino for Raspberry Pi DIY
2PCS ADS1115 Analog-to-Digital Converter 16 Bit 4 Channel I2C IIC Module Converter with Programmable Gain Amplifier Converter Development for Arduino for Raspberry Pi DIY
specification: 1. Wide power supply voltage: 2.0 to 5.5V 2. Low current consumption: 150 μA in continuous mode 3. Data rate setting possible: 8, 16, 32, 64, 128, 250, 860SPS 4. Built -in low drift voltage reference 5. Built -in oscillator 6.I2C interface: I2C address can be set by pin connection 7. Input 4 in a single end or 2 in different format 8. Setable comparator 9. Full scale: ± 6.144V, ± 4.096V, ± 2.048V, ± 1.024V, ± 0.512V, ± 0.256V 10. Single shot mode: Automatic shutdown Input range program control, seven types of input range: -0.256V ~ + 0.256V -0.512V ~ + 0.512V -1.024V ~ + 1.024V -2.048V ~ + 2.048V -4.096v ~ + 4.096V -6.144V ~ + 6.144V I2C interface:You can select an address with 4 pins-0x48 when connected to the GND to GND, 0x49 when connected to VDD, 0x4a when connected to SDA, and 0x4b when connected to SCL. It is a 16 -bit AD converter with an amplifier that can be set. High accuracy, low power consumption, I2C connection. Convenient design:Easy -to -use I2CADC converter with a programmable gain amplifier. ADC Converter is useful for using sensors such as infrared rays and photodiords that provide analog values. package include: 2 X ADS1115 16 -bit 4 Channel ADC converter 2 x pin header
Product Features
- ADS1115 16 Bit Analog-to-Digital-ConverterIt is a 16 -bit ADC converter with an amplifier that can be set. High accuracy, low power consumption, I2C connection.
- Product parametersWide power supply voltage: 2.0 to 5.5V; single mode: auto power off function, onboard reference and oscillator.
- Low current consumption the supply current of these digital converters are 150 A, automatically powers down after a conversion and nicely reduces current consumption during idle.
- I2C interface You can select an address with four pins-0x48 when connected to the GND, 0x49 when connected to VDD, 0x4A when connected to SDA, and 0x4b when connected to SCL.
- Convenient design Easy -to -use I2C ADC converter with programmable gain amplifiers. ADC Converter is useful for using sensors such as infrared rays and photodiords that provide analog values.