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Selection guides, integration checklists and application methods written for engineers, product teams, distributors and water professionals.
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19 articles · Page 2 / 4
This article, aimed at water purifier brands and R&D personnel, analyzes the engineering value of conductivity/TDS signals in water quality display, filter management, after-sales diagnostics, and user education. It clarifies their boundaries as a field screening tool and introduces the selection, integration, and verification methods for the AtomBit BA111 and BA121 interface ASICs.
Read Article →This article is aimed at dealers, deeply analyzing how the nine screening indicators of Water Detective 4 are transformed from engineering principles into on-site demonstrations and sales scripts, helping customers understand the value boundary of multi-parameter trend monitoring compared to single-parameter TDS pens.
Read Article →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 →From an engineering practice perspective, this article predicts the evolution of water quality sensors over the next five years in terms of miniaturization, reagent-free operation, multi-parameter integration, edge intelligence, low power consumption, built-in devices, and global supply chains. It also provides selection and implementation guidance using AtomBit product examples.
Read Article →A ready-to-use sales education framework for channel teams, helping dealers avoid exaggerating safety promises, and instead emphasize comparison, trends, and application boundaries to scientifically convey the value of multi-parameter water quality screening.
Read Article →From water purifiers to smart water dispensers, water quality detection has become a standard feature in white goods. This article uses AtomBit's conductivity/TDS detection chip as an example, deeply comparing the engineering differences between self-developed discrete solutions and dedicated ASIC paths, analyzing how chip-based solutions reduce development difficulty, shorten cycles, improve reliability, and providing a complete engineer decision guide covering selection, implementation, and verification.
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