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C1001 mmWave Human Detection Sensor(11 Meters)

SKU: SEN0623

The C1001 mmWave Human Detection Sensor is a highly advanced device designed for precise human presence detection and monitoring. Its specifications include a working voltage of 5V and a current of ≤100mA, operating at a frequency range of 61~61.5GHz. With a transmission power of 6dBm, it can detect objects up to 11 meters away, offering a radar detection angle of 100×100 degrees. Additionally, it supports sleep detection distance for chest measurements of 0.4-2.5m and breathing heartbeat detection of 0.4-1.5m. The sensor can measure breathing rates between 10-25 times per minute and heartbeat rates of 60-100 times per minute, functioning effectively in temperatures ranging from -20 to 60℃. The pinout includes VIN for power supply, GND as ground, RX for sensor serial reception, TX for sensor serial transmission, IO2 for human presence level output, and IO1 for fall status level output, making it suitable for diverse applications in human monitoring and detection.

Board Overview of C1001 60GHz mmWave Human Detection Sensor

Downloadable Resources

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    • 1. Getting Started

    2. Example Code for Arduino-Sleep-Information

    This article guides you through setting up an Arduino-based sleep detection system using millimeter wave sensors. It covers hardware and software needs, offers a wiring diagram, and provides sample code for accurate sleep tracking, enabling you to monitor sleep quality and detect sleep abnormalities.

    3. Example Code for Arduino-Presence-Respiration-HeartRate

    This article provides an example code for using the C1001 Millimeter Wave Human Detection Sensor with an ESP32 board to detect human presence, respiration, and heart rate. It includes hardware and software preparation, wiring diagrams, and sample code to facilitate setup and execution.

    4. Example Code for Arduino-Fall-Information

    This article offers a step-by-step guide to setting up fall detection using Arduino, the C1001 Millimeter Wave Sensor, and ESP32-S3-DevKitC-1. It covers necessary hardware and software, wiring diagrams, and sample code for configuring sensors, highlighting key parameters like fall sensitivity and sensor installation height.

    Specification

    Parameter Value
    Working voltage 5V
    Working current ≤100mA
    Working frequency 61~61.5GHz
    Transmission power 6dBm
    Farthest detection distance 11m
    Radar detection angle 100×100 degrees
    Sleep detection distance (chest) 0.4-2.5m
    Breathing heartbeat detection distance (chest) 0.4-1.5m
    Breathing measurement range 10-25 times/minute
    Heartbeat measurement range 60-100 times/minute
    Working temperature -20~60℃

    Pinout

    Dimension Diagram
    Definition Explanation
    VIN Power Supply
    GND Ground
    RX Sensor Serial Reception
    TX Sensor Serial Transmission
    IO2 Human Presence Level Output (3.3V Fall mode active)
    IO1 Fall Status Level Output (3.3V Fall mode active)

    FAQ

    • Does millimeter wave technology have any impact on the health of users?

      Current research and main conclusions show that millimeter wave signals are not harmful to human health. Millimeter wave signals are higher in frequency and lower in energy, so they are less likely to cause harm to the human body. In addition, the radiation power of 5G millimeter wave technology is very low, far below the limit value of international standards, and will not generate heat radiation.

    • What is millimeter wave?

      As the name suggests, millimeter waves are electromagnetic waves with a wavelength (λ) of about 1 millimeter (more precisely, 1 to 10 millimeters). By using the formula f = c/λ, where c is the speed of light (3E8 m/s), the wavelength can be converted into a frequency range of 30-300 GHz. The millimeter wave frequency band has been designated as the "extremely high frequency" (EHF) band by the International Telecommunication Union (ITU). The term "millimeter wave" is also commonly abbreviated as "mmWave".

    • Can this sensor count people in a room?

      We don't think this sensor can do anything similar. the C1001 can only detect if an object is moving and feed back information accordingly, but it can't detect the frequency of vibration of an object.

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