BQ25570EVM-206
초저전력 관리 IC, 부스트 충전 IC 나노 전원 벅 컨버터 EVM
BQ25570EVM-206
개요
The bq25570 evaluation module (EVM) is a complete module for evaluating the bq25570 energy harvesting charger for storage elements like single-cell Li-Ion/Polymer batteries or super-capacitors. Intended to be powered by high impedance supplies, such as solar panels, thermo-electric generators (TEGs) or piezoelectric generators, the bq25570 regulates its input voltage so that it will not collapse its input source while charging the storage element up to a set voltage point. A power good output indicates when the charger’s storage element reaches a user set voltage level. The bq25570 has an integrated buck regulator that provides a regulated output from the charger output. With minimum changes, the EVM can also be configured as an ultra-low power boost converter, regulating the output voltage from a low impedance source, while simultaneously providing a second output voltage from the buck regulator.
특징
- Programmable input voltage regulation setting via jumpers or resistors
- Programmable charger output voltage maximum setting via resistors (currently 4.2V)
- Programmable charger output voltage maximum setting via resistors (currently 1.8V)
- Programmable power good (BAT_OK) voltage setting via resistors (currently 3.0V)
- Multiple jumpers, connectors and test points available
Related Terms:
- Efficiency Nanopower Buck Converter
- Efficiency Boost Converter Charger
- Li ion Battery Charger
- Lithium ion Charger
배터리 충전기 IC
주문 및 개발 시작
BQ25570EVM-206 — Ultra Low Power Management IC, Boost Charger Nanopowered Buck Converter Evaluation Module
BQ25570EVM-206 — Ultra Low Power Management IC, Boost Charger Nanopowered Buck Converter Evaluation Module
설계 파일
기술 자료
| 유형 | 직함 | 최신 영어 버전 다운로드 | 날짜 | ||
|---|---|---|---|---|---|
| 인증서 | BQ25570EVM-206 EU Declaration of Conformity (DoC) (Rev. D) | 2019. 7. 30 | |||
| 사용 설명서 | User's Guide for bq25570 Battery Charger Evaluation Module for Energy Harvesting (Rev. A) | 2014. 8. 23 | |||
| Product overview | Battery Management Solutions for Wearable and Fitness Devices (Rev. C) | 2014. 8. 18 |