Sensirion to start production of SHT21 sensor
Swiss manufacturer says it is the smallest digital humidity sensor in the world
The SHT21 consists of a newly designed sensor chip encapsulated in a DFN 3-0 package. With this encapsulation the chip is completely over-moulded, except for the humidity sensing area. This reduces the component’s size to 3x3mm with a height of 1.1mm. The company says it also provides protection against condensation and harsh environments, therefore giving outstanding long-term stability.
Typical sensor accuracy is ±2% RH over 20–80% RH and ±0.3 °C over 25–42°C.
A scan path routine enables detailed sensor quality checking, while individual detailed tracking information on the chip can be read out by a simple command. Additionally, the SHT21 is reflow solderable without any degradation of sensor performance. The sensor is provided on tape and reel to facilitate trouble-free handling.
You may also like
Regulatory
Overcoming CMC challenges in cell and gene therapy: part I
Read moreCertara’s Dr Hien Anh Bruno, Associate Director, Chemistry, Manufacturing and Controls (CMC), and Dr Deven Shah, CMC Lead, propose mitigation strategies to address the CMC challenges inherent in producing cell and gene therapy (CGT) drugs
Trending Articles
You may also like
Regulatory
Overcoming CMC challenges in cell and gene therapy: part I
Certara’s Dr Hien Anh Bruno, Associate Director, Chemistry, Manufacturing and Controls (CMC), and Dr Deven Shah, CMC Lead, propose mitigation strategies to address the CMC challenges inherent in producing cell and gene therapy (CGT) drugs
Manufacturing
Chemistry, manufacturing and control (CMC) as key drivers for drug discovery success
Embracing collaborative strategies not only accelerates drug development programmes but also fosters science-based milestone decisions, mitigates risks and prepares for successful market entry from the early stages of development, reports Frederick Duynslaeger, Senior CMC Writer at Ardena
Regulatory
The key role of IVDs in healthcare: challenges to commercialisation and access
In simple terms, in vitro diagnostic (IVD) tests are done on samples such as blood or tissue that have been taken from the human body. IVDs can detect diseases, conditions and infections, provide patients with a better understanding of their ailment and how it might be managed and changed with treatment