Wi-Fi is an important technology that allows devices to connect directly to each other, to a wide area network, or simply to the Internet for remote monitoring and control of systems. Therefore, it is becoming a major driver of the rapid growth of IoT. Atmel offers a range of standalone, low-power systems-on-chip (SoCs) that bring Wi-Fi connectivity to any embedded design. Atmel's Wi-Fi solutions provide an ideal solution for embedded designers looking to integrate Wi-Fi connectivity into their systems, whether in the form of SoCs or certified modules. This opens the door to the Internet of Things for a large number of battery-powered devices and applications that require integrated WLAN connectivity without sacrificing cost and power consumption. These Wi-Fi solutions are based on Atmel's industry-leading ultra-low power Wi-Fi SoCs and can be combined with Atmel's broad portfolio of microcontroller technologies. These turnkey systems provide integrated software solutions, as well as production-ready applications, including integrated network services (TCP/IP stack) and standard real-time operating systems (RTOS), integrated through Atmel's Studio 6 Development Platform (IDP) provided.
As an important parameter in the field of industrial control, how to improve the accuracy of its measurement has always been one of the issues that industry insiders have been studying. Ultrasonic flo
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The reference design features an ultrasonic flow transmitter capable of measuring water flow in large pipes used in the process industry. The reference design drives four different piezoelectric senso
[font=宋体][size=5]Please look at the picture. I searched on Baidu and found that it uses the node method to calculate Vb/Vs, but isn't the node method used in a network? Can someone help me solve this?