MAXREFDES32#

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAXREFDES32# is an evaluation and demonstration board specifically designed to enable precise evaluation and testing of si70xx temperature and humidity sensors. Its construction is designed with the use of two distinct parts – a USB hardware module and a sensor socket. The separate modules are connected via a four-conductor cable, allowing users to quickly test multiple sensors with only a single board.

The USB hardware module is the main board that controls data acquisition from the maxrefdes12 board. It includes four ports – two for USB, one for communications with the sensor socket, and one for the power source. It is designed with the software necessary to access data from the maxrefdes12 and configure the sensors for operation. The microcontroller on the main board can process data from the sensor socket, allowing users to easily transfer and store data on the PC or laptop.

The sensor socket is the component that brings the maxrefdes12 platform to life. It is designed with a microcontroller that can interact with the maxrefdes12 board and generate the power necessary to drive the sensor. The microcontroller in the sensor socket can also interact with the maxrefdes12 board to collect data from multiple types of sensors. In addition, it can assist in the configuration and calibration of the sensors for operation.

The maxrefdes32# is designed to enable quick and efficient test and evaluation of si70xx temperature and humidity sensors. The application field includes many areas, including: wearables, wearables for home, medical, office, automotive, and industrial applications. The maxrefdes platform allows users to quickly test and evaluate the sensors for performance and accuracy in various environmental conditions. Additionally, the maxrefdes32# can be configured for long-term monitoring, allowing users to monitor and evaluate sensor data over extended periods of time.

The working principle of the maxrefdes32# is based on the use of the sensor socket. The sensor socket includes a microcontroller that can interact with the maxrefdes12 board and generate the power necessary to drive the sensor. The microcontroller in the sensor socket can also interact with the maxrefdes12 board to collect data from multiple types of sensors. Additionally, the microcontroller can assist in the configuration and calibration of the sensors for operation. The main board of the maxrefdes32# has two ports – one for USB and one for communications with the sensor socket. The microcontroller on the main board can process data from the sensor socket, allowing users to quickly transfer and store data on the PC or laptop.

With the maxrefdes32#, users can quickly and easily test and evaluate various types of temperature and humidity sensors. The data collected can be analyzed and results witnessed immediately. The evaluation board allows engineers and developers to quickly and accurately evaluate the functionality and performance of sensors in various environmental conditions. This enables them to make better decisions and creates a better end-user experience overall. In addition, the evaluation board also allows users to quickly and easily add, remove, and configure different types of temperature and humidity sensors. This provides the user with greater flexibility when testing and evaluating different types of sensors.

The MAXREFDES32# evaluation board enables users to quickly and easily evaluate, test, and validate the performance of temperature and humidity sensors in various environmental conditions. By allowing users to quickly and easily configure, test, and evaluate different types of sensors, the MAXREFDES32# enables engineers to make better decisions and create a better end-user experience overall. Additionally, with the MAXREFDES32#, users can quickly and easily add, remove, and configure different types of temperature and humidity sensors, allowing greater flexibility when testing and evaluating different types of sensors.

The specific data is subject to PDF, and the above content is for reference