10 Channel SPI Sensing Circuit

Transcription

1 10 Channel SPI Sensing Circuit QUICK START GUIDE NZ DDI US DDI VERSION

2 Contents 01 Step by step setup 03 Use our resource library to speed up your development 04 Intellectual Property and Licensing

3 1 Quickly Demo Your Sensors Live Get started straight away with the 10 Channel SPI Sensing Circuit to try out your new stretch sensors. Setup Guide Start 1 Plug in the SPI-to-Bluetooth low energy Adapter Board.

4 2 2 Plug in one, or more of your sensor(s) to the 10 Channel board. 3 Plug in the battery. Toggle the switch on the BLE board from the Off to the On position. 4 Connect your sensor to your mobile device using our demo app. 5 Follow the Bluetooth pairing instructions on the app screen. 6 Deform the sensor and observe the change. Build a quick prototype to see how the relationship changes when the sensor is attached to a person or soft object you d like to measure.

5 3 Use our resource library to speed up your development Connect the circuit to your prototype systems during use case development and then merge the 10 Channel SPI Sensing Circuit PCB onto yours as you make a finished product. 1 Connect the 10 Channel Sensing Circuit to your PCB over SPI or develop your own mobile applications if using BLE. Please contact sales@stretchsense.com for access to the following: SPI configuration information (in the circuit datasheet) SPI interfacing reference code for Arduino101 Android and ios APIs 2 Merge our PCB with yours. Please contact sales@stretchsense.com for access to the following: PCB reference designs Pre-programmed Sensing Microcontrollers (required to operate elec tronics)

6 4 Disclaimer, Intellectual Property and Licensing All resources including technical information, statements and recommendations are based on information believes to be reliable, but the accuracy or completeness is not guaranteed. is not liable for any loss of profit, revenue, savings, business, use, data (including data and design inputs), and/or goodwill or consequential, indirect, incidental or special damage or loss of any kind under or in connection with these resources. For s intellectual property policies, please refer to our website at has licensed technology from Parker Hannifin Corporation and from Auckland UniServices Limited: PARKER HANNIFIN CORPORATION products that utilise certain dielectric electro-active polymer (DEAP) technology are manufactured and supplied under licence from the Quick Coupling Division of Parker Hannifin Corporation, Minneapolis, MN, USA ( Parker ). Such licence enables to manufacture and supply Parker DEAP transducer products generally for evaluation and application validation purposes, and commercially for consumer electronics, motion capture and augmented/virtual reality, and sports and fitness industries. Commercial use in other industries is subject to Parker s prior consent. AUCKLAND UNISERVICES LIMITED products that utilise certain sensor and dielectric elastomer generator technologies are manufactured and supplied under license from Auckland UniServices Limited in Auckland, New Zealand ( UniServices ). These licensed technologies originally being created by the Biomimetics Lab at the Auckland Bioengineering Institute. Such license enables to manufacture and supply sensor and dielectric elastomer generator products for evaluation, application validation, and commercial purposes for all fields Limited. All rights reserved