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SIMA7670C 4G LTE GSM Development Board (LM39302) V1.1

SIMA7670C 4G LTE GSM Development Board (LM39302) V1.1

SIMA7670C 4G LTE GSM Development Board (LM39302) V1.1

The Si7021 Humidity and Temperature Sensor Module is a high-performance digital sensing solution designed for accurate environmental monitoring in a wide range of electronic and IoT applications. Built around the reliable Si7021 sensor, the module provides precise measurements of relative humidity and ambient temperature, making it suitable for weather stations, smart home systems, industrial monitoring equipment, HVAC control systems, greenhouse automation, and data logging projects. Its compact design and easy integration capabilities make it a popular choice among students, makers, engineers, and embedded system developers.

The module communicates using the I2C interface, allowing seamless integration with popular development platforms such as Arduino, Raspberry Pi, ESP32, ESP8266, STM32, and other microcontrollers. The digital output eliminates the need for complex analog signal conditioning, helping developers obtain accurate environmental data with minimal programming effort. The Si7021 sensor features factory calibration and delivers stable measurements with excellent long-term reliability, ensuring dependable performance across various operating conditions. Its low power consumption also makes it suitable for battery-powered and portable applications.

Designed for modern sensing applications, the Si7021 Humidity and Temperature Sensor Module offers a combination of accuracy, efficiency, and ease of use. Whether used for environmental monitoring, home automation, agricultural systems, climate control, or educational projects, the module provides real-time humidity and temperature data that can help improve system performance and decision-making. Its small footprint, reliable communication interface, and high measurement accuracy make it an essential component for developers building smart sensing and monitoring solutions.

Features

  • Utilizes the highly reliable Si7021 digital humidity and temperature sensor for accurate environmental measurements.
  • Measures both relative humidity and ambient temperature using a single compact module.
  • Supports I2C communication protocol for simple and efficient interfacing with microcontrollers and development boards.
  • Factory-calibrated sensor provides accurate and stable readings without requiring additional calibration.
  • Low power consumption makes the module suitable for battery-operated and portable electronic devices.
  • High measurement accuracy helps improve the performance of monitoring, automation, and control systems.
  • Compatible with Arduino, Raspberry Pi, ESP32, ESP8266, STM32, and various other embedded platforms.
  • Compact PCB design allows easy integration into space-constrained projects and enclosures.
  • Suitable for weather stations, greenhouse monitoring, HVAC systems, smart homes, and IoT applications.
  • Provides reliable long-term performance for continuous environmental sensing applications.
$4.18

Original: $13.95

-70%
SIMA7670C 4G LTE GSM Development Board (LM39302) V1.1

$13.95

$4.18

Product Information

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Description

SIMA7670C 4G LTE GSM Development Board (LM39302) V1.1

The Si7021 Humidity and Temperature Sensor Module is a high-performance digital sensing solution designed for accurate environmental monitoring in a wide range of electronic and IoT applications. Built around the reliable Si7021 sensor, the module provides precise measurements of relative humidity and ambient temperature, making it suitable for weather stations, smart home systems, industrial monitoring equipment, HVAC control systems, greenhouse automation, and data logging projects. Its compact design and easy integration capabilities make it a popular choice among students, makers, engineers, and embedded system developers.

The module communicates using the I2C interface, allowing seamless integration with popular development platforms such as Arduino, Raspberry Pi, ESP32, ESP8266, STM32, and other microcontrollers. The digital output eliminates the need for complex analog signal conditioning, helping developers obtain accurate environmental data with minimal programming effort. The Si7021 sensor features factory calibration and delivers stable measurements with excellent long-term reliability, ensuring dependable performance across various operating conditions. Its low power consumption also makes it suitable for battery-powered and portable applications.

Designed for modern sensing applications, the Si7021 Humidity and Temperature Sensor Module offers a combination of accuracy, efficiency, and ease of use. Whether used for environmental monitoring, home automation, agricultural systems, climate control, or educational projects, the module provides real-time humidity and temperature data that can help improve system performance and decision-making. Its small footprint, reliable communication interface, and high measurement accuracy make it an essential component for developers building smart sensing and monitoring solutions.

Features

  • Utilizes the highly reliable Si7021 digital humidity and temperature sensor for accurate environmental measurements.
  • Measures both relative humidity and ambient temperature using a single compact module.
  • Supports I2C communication protocol for simple and efficient interfacing with microcontrollers and development boards.
  • Factory-calibrated sensor provides accurate and stable readings without requiring additional calibration.
  • Low power consumption makes the module suitable for battery-operated and portable electronic devices.
  • High measurement accuracy helps improve the performance of monitoring, automation, and control systems.
  • Compatible with Arduino, Raspberry Pi, ESP32, ESP8266, STM32, and various other embedded platforms.
  • Compact PCB design allows easy integration into space-constrained projects and enclosures.
  • Suitable for weather stations, greenhouse monitoring, HVAC systems, smart homes, and IoT applications.
  • Provides reliable long-term performance for continuous environmental sensing applications.