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General| Wavelength Range | 900 - 1700 nm |
|---|---|
| DLP Technology | DLP4500NIR |
| Processor | ARM Cortex-A8 |
| Interface | USB |
| Category | Spectrometer |
Introduction to the DLP NIRscan Nano EVM, covering system overview and software.
Overview of the DLP NIRscan Nano EVM as a portable spectrometer.
Details the components and architecture of the DLP NIRscan Nano EVM.
Description of the NIRscan Nano's optical engine and its post-dispersive architecture.
Details the four main boards and their electronic components within the EVM.
Details the connectors on the DLP NIRscan Nano EVM and their functions.
Describes the function and operation of the Wake, Scan/Bluetooth, and Reset buttons.
Explains the purpose and conditions for the four LEDs on the DLP NIRscan Nano EVM.
Describes the different modes the DLP NIRscan Nano EVM can operate in.
Details how to connect and operate the EVM using a USB connection.
Explains the steps to establish a Bluetooth connection with the DLP NIRscan Nano.
Overview of the PC GUI software for controlling and interacting with the EVM.
Guide to creating scan configurations and performing sample scans using the GUI.
Instructions on how to view and plot previously saved scan data.
Process for moving scan data from the microSD card to a PC.
Details the utilities screen for sensor data, firmware updates, and settings.
Specifies the requirements for powering the DLP NIRscan Nano EVM via USB or battery.
Details the J6 battery power connector and its specifications.
Details the J7 battery thermistor connector and its specifications.
Details the J3 expansion connector and its specifications.
Details the J4 ARM Cortex 10-pin JTAG connector and its specifications.
Details the J500 trigger connector and its specifications.
Details the software architecture, including Tiva, RTOS, drivers, and libraries.
Description of the real-time operating system and its drivers used by the EVM.
Overview of the TivaWare drivers used for peripheral access.
Details the USB HID class driver for PC communication.
Explains the SDSPI driver for microSD card data storage.
Information on the Bluetooth Low Energy communication using the TI Bluetopia stack.
Lists and describes the GATT services supported by the DLP NIRscan Nano.
Workflow for establishing a Bluetooth Low Energy connection with the DLP NIRscan Nano.
Describes the GATT service for device information, temperature, and humidity.
Explains the GATT service for synchronizing date and time.
Details the GATT service for obtaining calibration coefficients.
Describes the GATT service for managing scan configurations.
Details the GATT service for retrieving and managing scan data.
Overview of the example iOS application for controlling the DLP NIRscan Nano EVM.
Description of the main screen for performing scans in the iOS app.
Details the screen displaying scan results and plots in the iOS app.
Instructions for installing the PC GUI, Tiva firmware, and Spectrum Library.
Lists and describes the necessary tools for compiling Tiva source code.
Steps for installing the Code Composer Studio IDE.
Instructions for updating the TI-RTOS package for TivaC.
Process for compiling Tiva driverlib, usblib, and DLP Spectrum Library.
Steps to import and compile the TivaWare driverlib library.
Steps to import and compile the TivaWare usblib library.
Steps to import and compile the DLP Spectrum Library.
Steps to import and compile the Tiva main program sources.
Details required project settings for Tiva compilation in CCS.
Steps to compile the DLP Spectrum Library for PC use.
Steps to compile the NIRscan Nano GUI using Qt Creator.
Details the contents stored in the Tiva microcontroller's EEPROM.
Lists commands supported by the Command Handler via USB and Bluetooth.
Details communication via USB 1.1 HID protocol for commands and data.
Steps for issuing a read command via USB HID.
Steps for issuing a write command via USB HID.
Overview of wireless communication using Bluetooth Low Energy.
Lists and describes the GATT services supported by the DLP NIRscan Nano.
Describes the GATT service for device information, temperature, and humidity.
Explains the GATT service for synchronizing date and time.
Details the GATT service for obtaining calibration coefficients.
Describes the GATT service for managing scan configurations.
Details the GATT service for retrieving and managing scan data.
Details changes made from Revision A to Revision B of the document.
Details changes made from the Original to Revision A of the document.
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