| Name | Last updated |
|---|---|
| 3d-back.png | 1mo ago |
| 3d-board.png | 1mo ago |
| 3d-bottom.png | 1mo ago |
| 3d-front.png | 1mo ago |
| 3d-home.png | 1mo ago |
| 3d-left.png | 1mo ago |
| 3d-right.png | 1mo ago |
| 3d-top.png | 1mo ago |
| assembly_bottom.png | 1mo ago |
| assembly_top.png | 1mo ago |
| board_outline.png | 1mo ago |
| board-screenshot.png | 1mo ago |
| bom.csv | 1mo ago |
| bottom_copper.png | 1mo ago |
| BQ25792_v221_gerbers.zip | 1mo ago |
| BQ25792.3mf | 1mo ago |
| BQ25792.f3d | 1mo ago |
| BQ25792.fbrd | 1mo ago |
| BQ25792.fsch | 1mo ago |
| BQ25792.igs | 1mo ago |
| BQ25792.sat | 1mo ago |
| BQ25792.step | 1mo ago |
| BQ25792.stl | 1mo ago |
| BQ25792.usdz | 1mo ago |
| cpl.csv | 1mo ago |
| fabrication.png | 1mo ago |
| page.json | 10d ago |
| README.md | 1mo ago |
| top_copper.png | 1mo ago |
BQ25792 Assembly_with_image
The BQ25792 EVM molecule is used to evaluate the BQ25792 device. The BQ25792 is an integrated switched-mode buck-boost battery charge management device intended for 1- to 4-series cell li-ion and li-polymer batteries from 3.6-V to 24-V input with programmable 750-KHz and 1500-KHz switching frequency. The BQ25792 is configurable over I2C or through external nested resistor molecules.
NSF Relevance
This evaluation module enables users to discover the latest in rechargeable battery charging and power management technology, accelerating development of handheld and battery dependent devices. This evaluation module also directly interfaces with the XRP kit, allowing users to experiment with a rechargeable battery upgrade to their robot project.
Science Drivers
component_testing, xrp_platform
Created by: kcknox Version: v1 Category: power