• New versatile and precise temperature and humidity models added to leading digital range of sensors
    HTE301 humidity temperature sensing element

Air Sensors

New versatile and precise temperature and humidity models added to leading digital range of sensors

Oct 19 2022

E+E Elektronik has expanded its range of digital sensing elements with the addition of 2 new products. The new HTE301 humidity and temperature sensing element and the TEE301 temperature sensing element provide superb measurement precision and operate in in temperatures ranging from -40 °C to 125 °C (-40 °F to 257 °F). The compact 8-pin DFN package with I2C interface and 4 individually configurable I2C addresses provides the perfect solution for demanding designs where only cutting-edge technology will do.

The new HTE and TEE301 sensors provide the same level of accuracy values that customers have come to expect from E+E, but offer a cost-optimised version of the HTE and TEE501 sensing elements introduced early in 2022. The new versions have a different data format - 16-bit unsigned integer - and pin assignment to E+E’s 501 series; the 301 models facilitate simple upgrades of existing applications with minimal integration effort required.

The HTE301 provides an impressive measurement accuracy of up to ±1.8% RH, including hysteresis, and ±0.2 °C. An integral constant current heater maintains the element at approximately 2-3 °C over-temperature so condensation will not be present on the sensing element, this leads to precise measurement and rapid response times even in locations with high levels of humidity. In addition, the proprietary E+E sensor coating protects the active sensor surface of the HTE301 against contamination and corrosion. 

The TEE301 sensing element measures temperature with an accuracy of up to ±0.2 °C. Its broad temperature offers end-users an efficient and economical solution for making precise temperature measurements in harsh environments. 

These sensing elements are available as an 8-pin DFN package with dimensions of just 2.5 x 2.5 x 0.9 mm3 to enable simple integration into existing systems; they offer four selectable I2C addresses and alert and reset functions.  The I2C interface leads to robust data communication with supporting communication speeds of up to 1,000 kHz. 

Digital Edition

IET 34.2 March 2024

April 2024

Gas Detection - Biogas batch fermentation system for laboratory use with automatic gas analysis in real time Water/Wastewater - Upcycling sensors for sustainable nature management - Prist...

View all digital editions


Asia Water 2024

Apr 23 2024 Kuala Lumpur, Malaysia

Korea Lab 2024

Apr 23 2024 Kintex, South Korea

Canadian Hydrogen Convention

Apr 23 2024 Edmonton, AB, Canada

Lab Indonesia

Apr 24 2024 Jakarta, Indonesia

IFAT Brasil

Apr 24 2024 Sao Paulo, Brasil

View all events