The AFE consists of analog discovery2 with an array interface board, a sensor array (Applied Bio Physics, Inc., NY USA) and we chose a USB oscilloscope (Analog Discovery2, Digilent Inc., USA) that was commercialized as a signal generation and acquisition device considering performance, size and cost. To reduce the space occupied by PCs in the device control module, embedded devices with mini PCs (Zbox PI330, Zotac, China) were installed on the incubator. The AFE and Mini PC are connected by a USB cable, and the Mini PC requires an Ethernet cable and a power cable so that users can control or observe experimental equipment over the Web.
The AFE consists of a sensor array, an array interface board, and a commercially available USB oscilloscope for signal generation and acquisition in consideration of performance, size, and cost. In the device control module, an embedded device with a mini PC was installed in the incubator to reduce the space occupied by the PC. The AFE and Mini PC are connected via a USB cable and the Mini PC has an Ethernet and power cable added to allow users to control or observe the experiment equipment via the web.
The AFE consists of a sensor array, an array interface board and chosen a commercially available USB oscilloscope by consideration of performance, size and cost.
In the device control module, an embedded device with a mini PC was installed in the incubator. The Mini PC adds an Ethernet cable to allow users to experiment with the web.