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  • MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm
  • MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm
  • MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm
  • MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm
MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm
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MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm

  • 1 - 9 Pieces
    $5.30
  • 10 - 99 Pieces
    $4.90
  • 100 - 999 Pieces
    $4.50
  • >= 1000 Pieces
    $4.20

MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Human Body Temperature Measurement: Designed for precise skin temperature monitoring, ideal for wearable devices like smart wristbands or health trackers.
  • Overtemperature Alarm: Built-in alert system triggers warnings when temperature exceeds predefined thresholds, ensuring safety in health monitoring.
  • I2C Interface Integration: Enables seamless connectivity to microcontrollers (e.g., Arduino, Raspberry Pi) and IoT systems for real-time data acquisition and control.

Key features

  • 1. Material Technology

  • With a compact PCB design, you can integrate the MAX30205MTA Module into space-constrained devices like wearable wristbands*.

  • 2. Interactive Design

  • With an I2C interface, you can easily connect the sensor to microcontrollers or I2C-compatible systems, simplifying setup compared to traditional serial interfaces*.

  • 3. Performance Parameters

  • With precise skin temperature measurement capabilities, you can achieve high accuracy in wristband-based health monitoring applications*.

  • 4. Scenario Solutions

  • With an overtemperature alarm feature, you can ensure safety in wearable devices like smart wristbands, ideal for continuous health monitoring in consumer or medical scenarios*.

  • 5. Certification Standards

  • With standard amplifier technology, the module adheres to industry benchmarks for reliable temperature sensing in consumer electronics*.

Product details

MAX30205MTA Module Human Body Temperature Sensor MAX30205 Measuring Skin Wristband Temperature Sensor Overtemperature Alarm

The MAX30205MTA Module is a compact, I2C-based human body temperature sensor designed for wearable devices like wristbands, industrial equipment, and smart home systems. It features an overtemperature alarm, precise temperature measurement, and easy integration with microcontrollers via its 8-pin interface.

Technical specifications

FeatureSpecificationBenefit
I2C InterfaceI2C 400kHz compatibleSeamless connectivity to microcontrollers
Overtemperature AlarmConfigurable threshold (0–85°C)Proactive alerts for safety-critical applications
Amplifier TypeStandard amplifierEnsures accurate ±0.5°C temperature readings
Form Factor20x15mm compact PCBSpace-saving design for wearable devices
Communication ProtocolI2C/SPI compatibleFlexible integration with IoT ecosystems
MaterialFR4 PCB with durable purple coatingResists environmental wear and tear

Customization guide

Adjustable overtemperature thresholds (0–85°C) and customizable pin configurations allow tailoring to specific use cases, such as medical-grade precision or industrial safety protocols.

Get inspired

Ideal for wearable health monitors, industrial equipment, or smart home devices where accurate temperature monitoring is critical. With its I2C interface and compact size, it simplifies integration into projects like smart wristbands or environmental control systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Temperature Accuracy±0.5°C±0.3°C (+40%)±0.1°C (+80%)
Response Time500ms300ms (-40%)150ms (-70%)
Overtemperature Threshold Range42°C fixed0–85°C adjustable0–85°C + hysteresis

Supplier's note

  1. Technical Breakthroughs:

    • Precision Amplifier: The standard amplifier ensures ±0.5°C accuracy, outperforming basic thermistors.
    • Configurable Overtemperature Alarm: Adjustable thresholds (vs. fixed benchmarks) enable use in medical or industrial scenarios.
    • I2C 400kHz Support: 2x faster than traditional 100kHz interfaces for real-time data streaming.
  2. Version Selection Guide:

    • Base Model: Ideal for basic wearables or home appliances needing cost-effective monitoring.
    • Advanced Model: Perfect for medical devices requiring ±0.3°C accuracy and adjustable thresholds.
    • Pro Model: Industrial applications benefit from ±0.1°C precision and hysteresis control, ensuring reliability in extreme environments.

With the Pro Model’s ±0.1°C accuracy, you can ensure medical-grade monitoring. Pair its I2C interface with a microcontroller to create a wristband that alerts users instantly when temperatures exceed safe limits. The Advanced Model’s adjustable thresholds make it ideal for childcare devices, while the Base Model suits home thermostats.

Frequently asked questions

  • Which temperature sensor suits wearable devices like wristbands?

  • Is the MAX30205MTA FDA-approved for medical use?

  • How do I integrate the MAX30205MTA with an Arduino?

  • What triggers the overtemperature alarm on the MAX30205MTA?

  • What accuracy does the MAX30205MTA achieve for skin temperature?

  • Can the MAX30205MTA be customized for specific projects?

  • Does the MAX30205MTA have low power consumption?

  • Is the MAX30205MTA suitable for outdoor temperature monitoring?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
AccuracyMedical Diagnostics, Lab EquipmentBase: ±0.1°C (▲) (IEC 60751, surpasses industry standard ±0.5°C)
Advanced: ±0.05°C (▲▲)
Enables precise readings for critical applications like patient monitoringHigher cost compared to basic sensors; requires calibration expertise
Response TimeIndustrial Monitoring, Real-Time SystemsBase: 0.5s (▲) (ISO 9001, faster than industry 1s)
Advanced: 0.2s (▲▲)
Base provides quick updates; Advanced ensures instantaneous data for safety systemsAdvanced models consume more power; may need optimized power management
Power ConsumptionWearables, Battery-Powered DevicesBase: 5mA (▲) (50% lower than industry 10mA)
Advanced: 2mA (▲▲)
Base extends battery life; Advanced supports ultra-low-power IoT applicationsAdvanced requires specialized power sources for sustained use
Operating TemperatureHarsh Environments, Outdoor UseBase: -20°C to 85°C (industry standard)
Advanced: -40°C to 125°C (▲)
Base works in standard conditions; Advanced operates in extreme industrial settingsAdvanced may require additional thermal protection hardware
Overtemperature AlarmIndustrial Safety, Equipment ProtectionBase: Fixed threshold (▲)
Advanced: Adjustable thresholds (▲▲)
Base triggers alerts for predefined risks; Advanced allows customization for diverse systemsAdvanced adds complexity to setup and maintenance
Form FactorWearables, Space-Constrained DevicesBase: Compact (▲) (smaller than industry average)
Advanced: Miniature (▲▲)
Base fits into most embedded systems; Advanced enables integration into tiny devicesAdvanced’s smaller size may require precision handling and mounting

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