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General| Brand | Atlas Scientific |
|---|---|
| Model | EZO-pH |
| Category | Microcontrollers |
| Language | English |
Details the silver/silver chloride construction of the pH probe for measurement.
Lists key technical parameters like depth, weight, response time, and physical dimensions.
Outlines common uses and environments for the pH probe, including lab and field use.
Explains how the probe measures hydrogen ion activity via a glass membrane and ion diffusion.
Provides instructions for extending probe cable length, including isolation methods and risks.
Advice on keeping probe wet, removing air bubbles, and preparing it for use.
Methods for cleaning pH bulb to ensure accurate readings, warning against abrasive materials.
Guidance on recalibration frequency based on usage environment and conditions.
Recommends using the specific reconditioning kit for aging probes to restore performance.
Details EZO-pH circuit specifications: range, resolution, accuracy, and data protocols.
Provides physical dimensions and footprint of the EZO circuit board for integration.
Lists power consumption figures and absolute maximum ratings for the EZO circuit.
Explains how to identify correct EZO circuit and datasheet, differentiating from legacy versions.
Details the process and commands for performing a single-point calibration of the pH probe.
Outlines steps and commands for a two-point calibration of the pH probe.
Explains procedure and commands for a three-point calibration of the pH probe.
Discusses EZO-pH circuit sensitivity and need for electrical isolation to prevent noise interference.
Illustrates proper methods for connecting EZO circuit to various boards for optimal performance.
Shows common wiring mistakes to avoid, emphasizing proper setup and perfboard use.
Lists data protocols supported by EZO-pH circuit, such as UART and I2C.
Quick reference for UART commands: functions and default states.
Describes data format, encoding, and terminator for UART communication.
Quick reference for I2C commands: functions and page references.
Explains data format, encoding, and string length for I2C data.
Guides on placing headers and integrating EZO circuit footprint into CAD designs.
Lists changes and updates across datasheet versions for tracking revisions.
Details firmware evolution: new features, bug fixes, and command additions.
Specifies activities that void EZO-pH circuit warranty, like soldering or embedding.
Explains warranty policy rationale: system integration and engineer responsibility.
