SpectroChip Pleroma - Model MSR-001 -Micro-Spectrometer for Raspberry Pi
The Pleroma Micro-Spectrometer, developed by SpectroChip Inc., is specifically designed for integration with Raspberry Pi systems. It features an advanced combination of an optical MEMS chip and an image sensor to achieve high precision in spectral measurement across the visible spectrum range of 300 to 1000 nm. The spectrometer facilitates user-friendly data acquisition through its CSI port and optical fiber setup, ensuring minimal noise in measurements. Complimentary software and Python source code come included, empowering users to adjust measurement settings, capture and save data, and visualize results via graphs. Emphasizing open-source collaboration, the Pleroma Micro-Spectrometer offers seamless connectivity to Raspberry Pi single-board computers, fostering rapid customization and compatibility with SMA905 light sources and multiple accessories. Compact in size, with dimensions of 44 × 42.78 × 26.25 mm and weighing 12 g, it supports plug-and-play operations via a flexible flat cable, enhancing usability for precise optical applications.
Pleroma is a micro-spectrometer designed for Raspberry Pi applications. It is integrated with an optical MEMS chip and an image sensor. The light to be measured is guided through its entrance port via an optical fiber and outputs the measured spectrum through the CSI port for data acquisition. Pleroma ensures accurate measurement with minimal noise. It includes evaluation software and Python source code that enable users to configure measurement settings, acquire and save data, and display graphs. Pleroma is designed to fully utilize the open-source capabilities of the Raspberry Pi Single Board Computer (SBC), allowing for easy and rapid customization of user applications.
- Visible spectrum 300-1000 nm measurement
- Optical Resolution: 5~7 nm
- Direct connection to Raspberry Pi single-board computer
- Free spectral measurement software for wavelength calibration
- Provide Python Source Code for user development