All CategoriesBuilt for How Business Buys.
All CategoriesMeet Your Seller
LTC3108 Ultra Low Voltage Boost Converter Power Manager Breakout Development Board Energy Harvester Step Up Module DC to DC for TEG Generator Wireless Node Microcontroller DIY Maker IoT Solar Cell
- Item #: 9SIVUX4M6C0452
- Mfr. Part #: 968337571376
- ULTRA-LOW-VOLTAGE ENERGY HARVESTING Built around the LTC3108-1 power manager, this breakout board supports development with low-voltage sources such as thermoelectric generators and solar cells.
- STEP-UP POWER MANAGEMENT The boost-converter design helps developers explore power capture and management for low-power electronics, reducing the effort required to prototype an energy-harvesting circuit.
- IDEAL FOR IOT SENSOR PROTOTYPES Suitable for experimentation with wireless sensor nodes and other low-power IoT applications where conventional power sources may be impractical.
- DEVELOPMENT-FRIENDLY BREAKOUT BOARD The module format makes the LTC3108-1 easier to integrate into breadboard-based tests, proof-of-concept builds and custom electronic projects.
- FOR MAKERS AND ENGINEERS A practical component for related experiments, TEG projects, solar energy-harvesting studies, electronics education and DIY power-management development.
+
+
Overview
Specs
Reviews
LTC3108-1 Energy-Harvesting Development Board
The LTC3108-1 Ultra-Low-Voltage Step-Up Converter Power Manager Breakout Board is a development module for experimenting with energy-harvesting and low-power electronic systems. Built around the LTC3108-1, it provides an accessible platform for evaluating power conversion and management with low-voltage energy sources.
The module is suited to thermoelectric generator (TEG) projects, small solar-cell experiments, IoT wireless sensor nodes and other applications in which available input energy may be limited. Its breakout-board form helps makers, students and engineers incorporate the power manager into prototypes without starting from a bare integrated circuit.
Typical Applications
- TEG energy-harvesting experiments
- Solar-cell development projects
- Low-power IoT sensor prototypes
- Wireless sensor nodes
- Embedded electronics research
Required external components, source characteristics, output configuration and connections should be verified against the LTC3108-1 documentation before integration.
Frequently Asked Questions
Can this LTC3108 breakout board be used with a thermoelectric generator?
It is intended for development with low-voltage sources such as thermoelectric generators. Confirm the source and circuit requirements against the LTC3108-1 documentation before use.
Is this module suitable for solar energy-harvesting experiments?
Yes, it can be evaluated with compatible solar-cell sources as part of a properly designed low-power energy-harvesting system.
Can I use this board for an IoT wireless sensor node?
The LTC3108-1 power-manager module is suitable for prototyping low-power IoT and wireless sensor applications, subject to the power requirements of the complete system.
Is this a complete ready-to-use power supply?
No. It is a development breakout board intended for engineering, maker and educational prototyping; the final circuit may require compatible external components and configuration.
Warranty & Returns
Warranty, Returns, And Additional Information
Warranty
- Please contact the Seller directly for warranty information. Warranty information may also be found on the Manufacturer's website.
- CONTACT
Return Policies
- Return for refund within: 30 days
- Return for replacement within: 30 days
- This item is covered by GeekSpace Return Policy
Manufacturer Contact Info
- For a directory of all our manufacturers, please click below.
- Manufacturers Directory
LOADING...