ROHM Sensor Evaluation Kit

Sensor Module (Sold Separately)

Integrated Modules

Sensor Shield

  • ROHM's SensorShield-EVK-003 sensor evaluation kit is compatible with open platforms such as Arduino Uno and mbed.
    The sensor shield enables easy evaluation of the 8 onboard high-performance sensors, making it ideal for verifying sensor operation, initial set development, and as a learning/training tool.
    This site allows users to download sensor datasheets, manuals, and sample software.

SensorShield-EVK-001

Sensor Module (Sold Separately)

Sensor Type Onboard Sensor Part No.
Heart Rate Sensor Module Heart Rate Sensor Module BH1792GLC
Heart Rate Sensor Module Heart Rate Sensor Module BH1790GLC
Temperature Sensor Module Temperature Sensor Module BH1900NUX
Current Sensor Module Current Sensor Module BM14270AMUV-LB

Sensor Kit Details

Sensor Type Onboard Sensor Part No.
Product image Accelerometer Module KX224-1053
Product image Barometric Pressure Module BM1383AGLV
Product image Geomagnetic Sensor Module BM1422AGMV
Product image Ambient Light Sensor and Proximity Sensor Modules RPR-0521RS
Product image Color Sensor Module BH1749NUC
Product image Hall Effect Sensor Module BD7411G
Product image Temperature Sensor Module BD1020HFV
Heart Rate Sensor Module Heart Rate Sensor Module BH1790GLC
Product image Sensor Shield -

Purchase the SensorShield-EVK-003

Sensor Module (Sold Separately)

  • Heart Rate Sensor
    BH1792GLC

    ROHM's heart rate sensor IC significantly reduces the effects of ambient light such as IR and red rays by adopting an optical filter in the sensor block optimized for pulse wave detection. This makes it possible to acquire high quality pulse signals, even outdoors. ROHM leverages optical sensor technology cultivated over many years to develop low power pulse sensors featuring high sensitivity.In addition, the BH1792GLC achieves the high-speed sampling frequency (1024Hz) necessary for vitals sensing, such as measurement of stress and vascular age.

  • Heart Rate Sensor
    BH1790GLC

    ROHM's heart rate sensor IC significantly reduces the effects of ambient light such as IR and red rays by adopting an optical filter in the sensor block optimized for pulse wave detection. This makes it possible to acquire high quality pulse signals, even outdoors. ROHM leverages optical sensor technology cultivated over many years to develop low power pulse sensors featuring high sensitivity.

  • Temperature Sensor Module
    BH1900NUX

    ROHM temperature sensor ICs integrate a temperature sensing element, constant current circuit, and high-accuracy reference supply voltage on a single chip. This eliminates the need for troublesome circuit design and ensures compatibility with a variety of applications requiring temperature detection, including PCs, LCD TVs, and gaming.

  • Current Sensor Module
    BM14270AMUV-LB

    ROHM’s current sensor leverages MI technology featuring 100× greater sensitivity than conventional Hall sensors, making it possible to detect magnetic fields generated from current flowing through the substrate wiring. This enables measurement of the current flow completely without contact(drawing current within the IC package), significantly reducing power loss. In addition, the IC itself features low power consumption - ideal for battery-powered applications.

Integrated Modules

  • Accelerometer

    Kionix offers a variety of MEMS accelerometers and combo mag-gyro sensors suitable for a wide variety of applications. Features include class-leading performance, ultra-low power consumption, strong impact resistance, and superior temperature characteristics. Products with built-in state machines are also offered that allow for easy programming by the customer.

  • Barometric Pressure Sensor

    ROHM's piezo resistive type barometric pressure sensor enables easy high accuracy measurement utilizing temperature compensation based on ROHM's original algorithm that covers a wide temperature range.

  • Geomagnetic Sensor

    The BM1422AGMV incorporates a control IC together with an MI sensor capable of detecting magnetic fields in 3 directions into a compact package. The MI sensor features significantly less power consumption than conventional models as well as lower noise, making it ideal not only for eCompass applications, but also sets requiring a greater degree of accuracy.

  • Ambient Light Sensor and Proximity Sensor Modules

    ROHM's 3-in-1 Ambient Light Sensor and Proximity Sensor integrates an infrared LED, ambient light sensor, and proximity sensor into a single package, improving screen visibility while reducing set power consumption.

  • Color Sensor

    ROHM's color sensor utilizes proprietary infrared removal technology and calculation method to deliver industry-leading IR removal characteristics. This reduces the effects of IR by over 10x compared with conventional products, making it possible to accurately detect the brightness and color temperature - even under dark (low transmittance) optical windows.

  • Hall Effect Sensor

    ROHM's bipolar type Hall Sensor outputs ON (Active Low) upon detection of a magnetic field, regardless of polarity (N/S pole). This eliminates the need for magnet management (i.e. marking), allowing virtually any magnet to be used. ROHM also offers bipolar detection Hall ICs with polarity discrimination featuring 2 outputs (N/S pole) capable of determining the polarity.

  • Temperature Sensor

    ROHM temperature ICs integrate a temperature detection element, constant current circuit, and high-accuracy reference power supply voltage in a single chip. As a result, cumbersome circuit design is no longer necessary, making them ideal for electronic devices requiring temperature detection, such as mobile phones, tablets, PCs, LCD TVs, and gaming equipment.

  • Heart Rate Sensor

    ROHM's heart rate sensor IC significantly reduces the effects of ambient light such as IR and red rays by adopting an optical filter in the sensor block optimized for pulse wave detection. This makes it possible to acquire high quality pulse signals, even outdoors. ROHM leverages optical sensor technology cultivated over many years to develop low power pulse sensors featuring high sensitivity.

Sensor Shield

  • Sensor Shield

    The shield, which is attached to an Arduino/Lazurite platform, allows different sensor boards to be connected.

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