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      • #21 - Using an RJ45 Breakout Board Connect with Evaluation Kit Cables
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      • #17 - Sleep Analysis and Pulse Monitor
      • #16 - Thermal Comfort Sensor
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      • #14 - Improved Puff Sensing of Inhalation Devices
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      • #12 - Breath Detection
      • #11 - Stress, Mood and Emotion Sensing
      • #10 - CO2 Sensing in Car
      • #9 - Milk Fat Concentration Sensor
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      • #7 - RH Sensor Trigger for BLE Beacon
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      • >> See All Labs Ideas
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      • Arduino: Interface for Liquid Flow Sensors
      • Arduino: Weather Station
      • Arduino: Closed Loop Volume Controller Using Liquid Flow Sensors
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  • Home
  • News
  • Sensirion Products
    • SEK-SensorBridge (Evaluation Kit)
    • SEN5x Environmental Sensor Node
    • SCD4x CO2 Sensors
    • SFA30 Formaldehyde Sensor Module
    • SGP41 VOC+NOx Sensor
    • SGP40 VOC Sensor
    • SHT4x Humidity and Temperature Sensors
    • Sensirion Products

      Start testing our sensors

      Here you can find all information for evaluating and testing Sensirion's latest sensor solutions. From drivers and software to tutorials and quick start guides - we try to offer all tools necessary so that you can kick-start your application!

  • Partner Spotlight
    • Partner Spotlight SparkFun
    • Partner Spotlight MikroElektronika
    • Partner Spotlight Seeed
  • Archive
    • Platforms
      • Environmental Sensor Shield
      • Smart Gadget Development Kit
      • Wearable Development Kit
      • Raspberry Pi
      • Qualcomm Snapdragon
      • Arduino
      • Cypress PSoC Series
      • Generic Linux Support
      • Thingstream MQTT IoT Sensor Starter Kit
    • Applications
      • Sensors for Ventilation
      • CO2 Monitor Reference Design
      • SHTC3 BLE Beacon Development Kit
      • Directional Wind Meter Using SDP3x
      • Smart Speaker
      • Archive
        • On/Off Body Detection
        • Perspiration
        • Antifogging in VR Goggles
    • Labs
      • #21 - Using an RJ45 Breakout Board Connect with Evaluation Kit Cables
      • #20 - Integrate Flex-PCB Sensors into Prototyping Setups
      • #19 - Smart Factory Particle Monitor Network
      • #18 - Inhalation Application Benefits
      • #17 - Sleep Analysis and Pulse Monitor
      • #16 - Thermal Comfort Sensor
      • #15 - Anti-Fogging for Bathroom Mirrors
      • #14 - Improved Puff Sensing of Inhalation Devices
      • #13 - Spirometer
      • #12 - Breath Detection
      • #11 - Stress, Mood and Emotion Sensing
      • #10 - CO2 Sensing in Car
      • #9 - Milk Fat Concentration Sensor
      • #8 - Presence Detection with IR Sensor
      • #7 - RH Sensor Trigger for BLE Beacon
      • #6 - Smart Inhaler
      • #5 - Windshield Ice Detector
      • >> See All Labs Ideas
    • Tutorials
      • Wearable Development Kit: Build Your Own Device
      • Wearable Development Kit: Logging Data
      • Raspberry Pi: SFM Software Package
      • Raspberry Pi: Alexa with Indoor Air Quality
      • Raspberry Pi: Using Flow Sensors
      • Raspberry Pi: Weather Station
      • Arduino: Create Your Own CO2 Monitor
      • Arduino: Stand-Alone Liquid Flow Meter
      • Arduino: Interface for Liquid Flow Sensors
      • Arduino: Weather Station
      • Arduino: Closed Loop Volume Controller Using Liquid Flow Sensors
      • Arduino: Interface for Multiple SF06 Liquid Flow Sensors
      • Arduino: Interface for SF06 Liquid Flow Sensors with Level Shifter
      • Arduino: CAN Bus Flow Meter
Sensirion AG Switzerland
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  • Partner Spotlight MikroElektronika

In the Spotlight: MikroElektronika

MikroElektronika produces whole-development toolchains for all major microcontroller architectures, and offers a wide range of development boards for interfacing microcontrollers with peripheral sensors or transceivers. They provide software and hardware tools for the development of embedded systems and services to help create and navigate projects with ease. Whether you are an experienced engineer, student, beginner or enthusiast, it has all the tools necessary for you to realize your ideas. MikroElektronika is also the inventor of the Click boards™ and mikroBus™ add-on standard, which optimize the ratio of supported peripherals to required pins, enabling developers to build and reconfigure hardware setups within seconds and without soldering. There are already more than 1000 Click boards™ available for your next project.


Sensirion and MikroElektronika

Sensirion’s leading position in offering a broad product portfolio of innovative sensor solutions matches perfectly with the vision of MikroElektronika, the designer of premium products which help customers test concepts in a short time.

MikroElektronika founder and CEO Nebojsa Matic on the collaboration between Sensirion and MikroElektronika: “We have been using Sensirion parts from the introduction of our first add-on boards and the idea of enabling customers to carry out assessments quickly and easily, as well as in the development of various environmental applications. Promoting their quality and leading sensor technology was our task, while the goal was to bring easy-to-use tools to our mutual customers.”

As a manufacturer of environmental and flow sensors, Sensirion’s goal is to provide high-quality sensor solutions for a wide range of applications. Along with our sensor portfolio, the partnership with MikroElektronika brings us closer to the maker community and helps our customers reduce development effort and accelerate time to market. While our evaluation kits enable fast and easy testing of our products, the collaboration with MikroElektronika offers a way to get closer to product ideas by building proof-of-concept prototypes. Their add-on boards product line, also known as Click boards™, features a large number of Sensirion’s sensors, designed to assist experimentation in different applications.


MikroElektronika Products

Environment 2 Click - SHT40 and SGP40

The Environment 2 Click is a compact add-on board containing our best-in-class SHT40 humidity sensor and SGP40 VOC sensor. The SHT40 sensor offers linearized digital output, provides constant temperature accuracy, up to 0.1°C, while the SGP40, a digital gas sensor, features a temperature-controlled micro hot-plate providing a humidity-compensated VOC-based indoor air quality signal.

Product on MikroElektronika

HVAC Click - SCD41 and SPS30

HVAC Click is a compact add-on board that contains our next-generation miniature SCD41 CO2 sensor. This is a carbon dioxide sensor build on the photoacoustic sensing principle, and Sensirion’s patented PASens® and CMOSens® technology to offer high accuracy at a minor form factor. With the additional connection to our SPS30 particulate matter sensor, the board also allows you to upgrade your indoor air quality monitoring project.

Product on MikroElektronika

Temp&Hum 15 Click - SHT40

Temp&Hum 15 Click is a compact add-on board that contains our SHT40 humidity sensor. The fully calibrated sensor offers linearized digital output, NIST traceability, and I2C Fast Mode Plus. It is reflow solderable and operational in condensing environments. This Click board™ is an ideal solution to be used in various temperature and humidity-related applications.

Product on MikroElektronika

CO2 Click - STC31

CO2 Click is a compact add-on board that contains Sensirion’s miniature CO2 sensor. This board features the STC31, a gas concentration sensor designed for high-volume applications. The STC31 utilizes a revolutionized thermal conductivity measurement principle, which results in superior repeatability and long-term stability.

Product on MikroElektronika


MikroElektronika Highlight

Planet Debug

With Planet Debug MikroElektronika provides PC independent hardware embedded remote programming / debugging with live streaming. You can now program and debug remotely, online from any place in the world. You are no longer limited by the hardware you have on your desk. MikroElektronika’s NECTO Studio integrated development environment (IDE), combined with our WiFi-enabled CODEGRIP debugger, facilitates real-time streaming that allows you to see your board working in real-time. 

How does it work?

Mikroe 8th generation boards and programmers feature the world’s first wifi debugger – codegrip. With codegrip and camera streaming in NECTO Studio software, you can see the board you work on in real-time. Start your project even before you receive your hardware.

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