The influence of temperature on the wireless module

With the continuous development of the Internet of Things, wireless modules are gradually being applied to all walks of life, and the working environment is also different, especially in the industrial field, where the environment is even harsher. But, do you all know? The temperature has an absolute influence on the work of the wireless module.

First of all, we all know that humans will not be able to work normally or even die at extremely low or extremely high temperatures. In fact, wireless modules are the same as us humans and have a certain temperature tolerance range. If it is in a working environment with extremely high temperatures, plus the fact that the wireless module itself will generate a certain amount of heat, some electronic components on the module may be burned out, causing the wireless module to be damaged and unable to work normally. If it is in a very low temperature, it may cause the wireless module to crash directly and become unusable, just like the phenomenon of shutting down the mobile phone when it is outdoors at minus degrees Celsius.

There is another situation, assuming that the transmission distance of the wireless module at room temperature is 1000 meters, but the working environment is low or high temperature, the transmission distance may not reach the normal transmission distance, which is also the influence of temperature on the wireless module one. In the case of low temperature and high temperature, it may cause errors in the working frequency of the wireless module and lower speed.

So when we choose the wireless module, we must choose it according to our actual environment. Shenzhen NiceRF Wireless Technology Co., Ltd. has great advantages in the high and low-temperature working environment of wireless modules. You can check the high and low-temperature tests of our products. The frequency deviation at 433HMz will not exceed ±5KHz. The specific connections are as follows: "Wireless module SV6500 high and low-temperature test".