DLP Ultra-mobile NIR Spectrometer for Portable Chemical Analysis with Bluetooth Connectivity
TIDA-00554
This product has been released to the market and is available for purchase. For some products, newer alternatives may be available.
This product has been released to the market and is available for purchase. For some products, newer alternatives may be available.
See the Important Notice and Disclaimer covering reference designs and other TI resources.
Key Document
-
TIDA-00554 Schematics (NIRscan Nano Board) (Rev. D)
(ZIP 384 KB)
23 Mar 2016
- TIDA-00554 Detector Board (Vr=1V) Reference Design
(PDF 86 KB)
02 Sep 2016
- TIDA-00554 Test Results (DLP ® Ultra - Mobile Near - Infrared Spectrometer)
(PDF 498 KB)
26 Jun 2015
Description
The ultra-mobile near-infrared (NIR) spectrometer reference design utilizes Texas Instruments' DLP technology in conjunction with a single-element InGaAs detector to deliver high performance measurements in a portable form factor that is more affordable than architectures using an expensive InGaAs array detector or fragile rotating grating architectures. The reference design supports Bluetooth low energy to enable mobile lab measurements for hand-held spectrometers for applications including food, agriculture, pharmaceuticals, petrochemicals, and more. Using a TI Tiva processor, databases in the cloud can be leveraged through cellular networks for real-time lab equivalent analytics, which allow food or skin analysis and wearable health monitor solutions. Developers can also create their own data collection and analysis through innovative iOS and Android applications.
Features
- Acquire spectrum transmittance data across a 900 to 1700 nm wavelength range in less than 1 second with >6,000:1 signal-to-noise ratio (SNR)
- Single element InGaAs detector design delivers high light throughput combined with a more affordable price point compared to InGaAs arrays
- Blue-tooth Low Energy to support wireless connectivity of spectrum data to any mobile device
- Programmable wavelength filtering enables constant SNR scans, on-the-fly wavelength and resolution adjustment, and chemometric algorithms
- High resolution spectrum acquisition with up 1824 data points
- Robust MEMS-based design eliminates moving gratings or mirrors for portable equipment
See the Important Notice and Disclaimer covering reference designs and other TI resources.
