Water Sensor Interface ASICs
BA121S
Low-range Conductivity Interface ASICHigh-resolution low-conductivity measurement ASIC for purified-water and precision applications.
Learn More →Applications
Coffee & Beverage Appliances
Water temperature and mineral-content sensing for coffee machines, tea makers and connected beverage equipment.
Application approach
From measurement point to actionable data
Water temperature and mineral-content sensing for coffee machines, tea makers and connected beverage equipment.
- Water temperatureConfirm against the sample, range and operating environment.
- TDSConfirm against the sample, range and operating environment.
- ConductivityConfirm against the sample, range and operating environment.
- Inlet-water consistencyConfirm against the sample, range and operating environment.
- Compact probe fitConfirm against the sample, range and operating environment.
- Application calibrationConfirm against the sample, range and operating environment.
Measurement points
Place measurements around the workflow
- 01Machine inlet
- 02Water tank
- 03Heating or brewing path
- 04Dispensing outlet
Implementation
From requirements to field validation
- 01Define taskUse real samples and system conditions.
- 02Choose pointsUse real samples and system conditions.
- 03Validate samplesUse real samples and system conditions.
- 04Operate and reviewUse real samples and system conditions.
Products
Recommended products
Final selection depends on parameters, installation and validation.
Water Sensor Interface ASICs
BA234
Multi-parameter Sensor Interface ASICSingle-channel, two-probe interface ASIC with NTC compensation and UART digital output.
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Temperature Sensors
F9027
IP68 Stainless-steel NTC Temperature ProbeDurable stainless-steel temperature probe for long-term hot-water and appliance integration.
Learn More →Insights
Related insights
The engineering design logic of Water Detective 4: how nine parameters coexist in a small footprint while maintaining screening credibility
From sensor integration, cross-interference correction, calibration validation to field operation SOP, this article analyzes the engineering decisions behind the nine parameters of Water Detective 4, helping technical and sales teams understand its capability boundaries and avoid misusing it as a universal tester.
Read Article →How to Identify Water Quality Sensor Solutions with Impressive Parameters but Difficult Implementation When Purchasing
Remind buyers to pay attention to on-site installation, maintenance frequency, calibration requirements, interface compatibility, supplier response, and real water sample verification to identify water quality sensor solutions with impressive parameters but difficult implementation.
Read Article →Water Detective 4: Why It's Not Just Another TDS Pen
Dealers are often asked by customers: "I already have a TDS pen, why should I buy Water Detective 4?" The answer isn't an extra screen, but the complementary matrix formed by nine screening parameters. This article starts from the measurement limits of TDS pens, breaks down the combined value of TOC, COD, UV254, TDS, EC, turbidity, hardness, salinity, and temperature, and provides actionable demo scripts, selection methods, field precautions, and validation approaches to help dealers reposition Water Detective 4 from "just another pen" to a portable rapid-screening workstation.
Read Article →