EZO™ pH Circuit
#EZO-pH
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Arduino Uno Sample Code- Arduino Mega Sample Code
- Arduino I2C Sample Code
Raspberry Pi Sample Code (UART, I2C, USB)
Although it is a common measurement, accurately reading pH is very difficult. Atlas Scientific’s EZO-pH circuit gives engineers the ability to read pH with the same accuracy and capabilities that were traditionally only found in expensive bench-top meters.
With an easy to use data protocol, simple command structure, and an easy to read datasheet engineers of any skill level will be able to add high accuracy pH readings to their next project quickly.
Reads pH Range .001 − 14.000 Resolution .001 Accuracy +/– 0.002 Response time 1 reading per sec Supported probes Any type & brand Calibration 1, 2, 3 point Temp. compensation Yes International standard ISO 10523 compliant (determination of pH) Data protocol UART & I2C Default I2C address 99 (0x63) Operating voltage 3.3V − 5V Data format ASCII Circuit dimensions 13.97mm x 20.16mm (0.55″ x 0.79″) Weight 1.76 grams
- Arduino Uno Sample Code
- Arduino Mega Sample Code
- Arduino I2C Sample Code
- Raspberry Pi Sample Code (UART, I2C, USB)
Although it is a common measurement, accurately reading pH is very difficult. Atlas Scientific’s EZO-pH circuit gives engineers the ability to read pH with the same accuracy and capabilities that were traditionally only found in expensive bench-top meters.
With an easy to use data protocol, simple command structure, and an easy to read datasheet engineers of any skill level will be able to add high accuracy pH readings to their next project quickly.
Reads pH Range .001 − 14.000 Resolution .001 Accuracy +/– 0.002 Response time 1 reading per sec Supported probes Any type & brand Calibration 1, 2, 3 point Temp. compensation Yes International standard ISO 10523 compliant (determination of pH) Data protocol UART & I2C Default I2C address 99 (0x63) Operating voltage 3.3V − 5V Data format ASCII Circuit dimensions 13.97mm x 20.16mm (0.55″ x 0.79″) Weight 1.76 grams
