无线传感器模块节省时间

电路

Sensirion SHT31智能小工具开发套件
物联网（IoT）中的几乎所有内容都会回复某种传感器。
这些传感器收集各种形式的数据，包括气象站的大气压力，温度和湿度，医疗设备的脉率和SpO2水平，以及工业设备的振动和设备温度。
然后，测量特定参数的传感器必须将该数据返回到可以被处理和操纵以用于指示和/或控制目的的点。
使用传感器和设计工作的支持电路将需要大量的时间和资源来开发。
但是，在系统设计中使用预先认证的无线传感器模块可以节省大量的开发时间和金钱。
在这种情况下需要做的就是选择您需要的无线传感器模块并将其直接集成到您的系统中。
Maxim的MAXWSNENV＃无线传感器节点演示器套件
有许多设计辅助工具可用于无线传感器开发。
其中一个资源是theSensirionSHT31智能小工具开发套件。
该套件包括湿度和温度传感器，LCD显示屏，数据记录功能以及与iOS和Android设备的BLE连接。
SHT31智能小工具旨在成为参考设计和开发套件，以帮助开发人员开始他们的无线传感器项目。
Sensirion在其GitHub页面上提供了多种设计资源，包括PCB布局，原理图，BOM，BLE模块和LCD驱动程序的固件，以及iOS和Android应用程序的软件代码。
为开发目的考虑的另一个选择是MaximMAXWSNENV＃无线传感器节点Demonstratorkit。
使用该套件，可以评估Maxim的无线传感器节点（WSN）技术。
该套件包括MAX32600微控制器，BLE收发器以及环境传感器板上的温度，环境光，湿度和气压传感器。
还包括MAXHDKARMmbed兼容HDK的硬件开发板，用于连接两块板的USB电缆，以及用于为MAXWSNENV板供电的纽扣电池。
这是一个通用套件，允许用户开发与无线传感器网络连接的物联网节点。
这些只是可用于无线传感器开发的几种工具。
设计人员可以快速启动并运行自己的无线传感器模块，并使用此处讨论的其中一个套件或许多其他可用资源继续进行整体系统设计。

以上来自于谷歌翻译

以下为原文

The Sensirion SHT31 Smart Gadget Development Kit
Almost everything in the Internet of Things (IoT) replies on sensors of some sort. These sensors gather various forms of data including atmospheric pressure, temperature, and humidity for weather stations, pulse rate and SpO2 levels for medical devices, and vibration and equipment temperatures for industrial equipment. The sensors that measure the specific parameters must then get that data back to a point where it can be processed and manipulated for indication and/or control purposes.
Using sensors and designing the supporting circuitry for the job would take a lot of time and resources to develop. However, using pre-qualified wireless sensor modules in the system design would save much development time and money. All that needs to be done in this case is select the wireless sensor module that you need and integrate it directly into your system.
Maxim's MAXWSNENV# Wireless Sensor Node Demonstrator Kit
There are a number of design aids available to help in wireless sensor development. One such resource is the Sensirion SHT31 Smart Gadget Development Kit. This kit includes a humidity and temperature sensor, LCD display, data logging capabilities, and BLE connectivity to iOS and Android devices. The SHT31 Smart Gadget is intended to be a reference design and development kit to aid developers in getting a head-start on their wireless sensor projects. Sensirion has provided several design resources on their GitHub page including PCB layout, schematic, BOM, firmware for the BLE module and LCD driver, and software code for both the iOS and Android apps.
Another option to consider for development purposes is the Maxim MAXWSNENV# Wireless Sensor Node Demonstrator kit. With this kit, Maxim’s wireless sensor node (WSN) technology can be evaluated. This kit includes a MAX32600 microcontroller, a BLE transceiver, and sensors for temperature, ambient light, humidity, and barometric pressure on the environmental sensor board. Also included is a MAXHDK ARM mbed HDK-compatible hardware development board, a USB cable to connect the two boards, and a coin cell battery to power the MAXWSNENV board. This is a general purpose kit which allows the user to develop IoT nodes that interface with a wireless sensor network.
These are just a couple of tools available for wireless sensor development. A designer can quickly get their own wireless sensor modules up and running and continue with their overall system design by using one of the kits discussed here or the many other resources available.

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