Innovative Technology: Titanium Nitride Sensor for Selective NO₂ Detection

Innovative Technology: Titanium Nitride Sensor for Selective NO₂ Detection

Nitrogen dioxide (NO₂) is a major nitrogen oxide (NOx) pollutant produced by the combustion of fossil fuels, posing significant threats to the ecosystem and human health, necessitating effective detection methods to monitor NO₂. Current NO₂ detection technologies have limitations in stability and selectivity. According to reports from Maims Consulting, a research team led by Professor … Read more

Perfect Integration of Siemens PLC and Sensors: A New Chapter in Smart Manufacturing

Perfect Integration of Siemens PLC and Sensors: A New Chapter in Smart Manufacturing

# Perfect Integration of Siemens PLC and Sensors: A New Chapter in Smart Manufacturing Hello everyone, today we will talk about the integration of Siemens PLC and sensors. These two "partners" are inseparable good companions in smart manufacturing! We will explore how to read data from various sensors using Siemens PLC and use this data … Read more

Sensor Detection Methods Explained

Sensor Detection Methods Explained

For more in-depth information, reports, and knowledge about sensor technology, sensor testing technology, IoT sensor technology, etc., please follow the Sensor Expert WeChat public account and set it as a star to view past content. 01 Proximity Sensing Proximity sensing typically means detecting: a. The presence of an object. b. The size or simple shape … Read more

Five Steps to Successfully Implement an Industrial IoT Strategy

Five Steps to Successfully Implement an Industrial IoT Strategy

Click the “blue text” above and select “mark as favorite“ Key messages delivered on D1 time! This article discusses five factors organizations should consider when adopting a successful industrial IoT strategy and provides supporting examples illustrating how industrial IoT can enhance efficiency and reduce costs. The industrial IoT has over 50 years of development history … Read more

Enabling IoT Bluetooth Low Energy Applications and Battery-Free Sensing

Enabling IoT Bluetooth Low Energy Applications and Battery-Free Sensing

The deployment of Internet of Things (IoT) technology has started to make tangible progress. The potential scale and diversity of the market are driving significant innovations, with new technological advancements and emerging communication protocols propelling IoT towards the projected billions of nodes in the coming years. Engineers may have extensive expertise in their specific functional … Read more

Electrochemical Sensors Meet Bluetooth Low Energy: Three Key Areas of Application

Electrochemical Sensors Meet Bluetooth Low Energy: Three Key Areas of Application

Author: onsemi Analog and Mixed Signal Division (AMG) Product Marketing EngineerHideo Kondo Advanced technology is rapidly developing, and the application of electrochemical sensors is becoming increasingly widespread, with their importance growing day by day. In various fields such as healthcare, environmental science, industrial materials, and food processing, quantifying chemical substances can effectively improve safety, efficiency, … Read more

Illustrated Breast ‘Donation’ | Issue 066: CA 15-3 Specific Molecularly Imprinted Polymer Nanoparticle-Based Voltammetric Sensor for Breast Cancer Monitoring

Illustrated Breast 'Donation' | Issue 066: CA 15-3 Specific Molecularly Imprinted Polymer Nanoparticle-Based Voltammetric Sensor for Breast Cancer Monitoring

This issue’s illustrations are from the article “CA 15-3-specific molecularly imprinted polymer nanoparticles-based voltammetric sensor for breast cancer monitoring” published on February 16, 2025, in Talanta (IF 5.6). 1. CA 15-3 specific nano molecularly imprinted polymers (nanoMIPs) have been developed and used as recognition sites for CA 15-3 detection; 2. The combination of nanoMIPs with … Read more