资料介绍
Abstract: An IP-based networked sensor monitor can easily be created through the combination of the Tiny Internet Interfaces (MxTNI?) platform, 1-Wire? sensors, and the appropriate Java? software. The MxTNI platform provides the TCP/IP network stack and the local control capabilities required to design IP-based, networked sensors. The included Java runtime environment and the 1-Wire peripheral interface library, allow for easy control and communications using 1-Wire devices.
This application note demonstrates an IP-based networked temperature monitor, with a downloadable applet control interface that executes in Java enabled browsers. It utilizes a MxTNI Verification Module and a DS1920 iButton? or DS1820 1-Wire temperature sensor. The applet controls the sensor and displays the time and temperature samples taken. The applet is automatically downloaded by browsing to the IP address of the MxTNI, and is served using the MxTNI Runtime Environment. Maxim > Design Support > Technical Documents > Application Notes > 1-Wire Devices > APP 198
Maxim > Design Support > Technical Documents > Application Notes > Microcontrollers > APP 198
Maxim > Design Support > Technical Documents > Application Notes > Temperature Sensors and Thermal Management > APP 198
Keywords: MxTNI, DSTINI-1, TCP/IP, Java, 1-Wire, iButton, iButtons, internet, web browser, sensor, sensors, 1-Wire sensors,
thermostat, temperature recorder, data logger, IP address, 1wire
Jul 22, 2002
APPLICATION NOTE 198
Networked Temperature Monitoring
Jul 22, 2002
Abstract: An IP-based networked sensor monitor can easily be created through the combination of t
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