Maxim丰富的电池充电器IC为1至4节锂离子(Li+)/锂聚合物、镍氢/镍镉(NiMH/NiCd)、铅酸及其它不同容量、化学成分的可充电电池提供安全充电。
- 高效开关电池充电器提供低发热、快速充电方案，支持高达9A的充电电流，用于大容量电池充电。
- 内置电量计的电池充电器IC提供较小方案尺寸并简化系统软件设计。
- USB Type-C充电器集成CC检测和BC1.2检测，为USB Type-C和传统USB系统提供单芯片方案。
Maxim的电池充电器是主流应用的理想选择，例如AR/VR设备、DSLR照相机、移动销售终端(mPOS)设备、可穿戴设备、Bluetooth®耳麦、IoT设备、便携式医疗设备、移动电话、平板电脑、工业计算机以及二合一计算机。
另请参考：
应用笔记
设计指南
设计方案
选型指南
技术文档
客户推荐
Blogs
March 03, 2022
It is possible to deliver power and data to operate I2C and SPI endpoints, such as humidity or temperature sensors, with the use of a single wire connection and ground using Analog Devices’ 1-Wire technology.
February 17, 2022
The 1-Wire Silicon Serial Number DS2401 and DS1990A, has suffered supply chain issues. To relieve this issue, Analog Devices has developed the alternatives DS2401A and DS1990AA.
August 10, 2020
Adding location-tracking chips to IoT designs brings new power-management challenges. See how SIMO buck-boost regulators save space and extend battery life.
May 11, 2020
Learn how LUXROBO increased power efficiency, shrank solution size, and lowered the BOM of its modular robotics/IoT platform with Maxim analog devices.
May 11, 2020
When MediaTek needed SerDes technology for its car infotainment SoC-based reference design, it found robust data transmission from Maxim’s GMSL technology.
May 11, 2020
Understand the role of pulse transit time (PTT) in accurate blood-pressure monitoring from wearables. Get ideas for your next design.
May 11, 2020
With the industry’s only ASIL-compliant car camera protector IC, you can ensure reliable operation of safety-critical applications. Learn more.
May 11, 2020
To infuse its fitness tracker with high levels of processing power at low power consumption, WHOOP turned to Maxim’s DARWIN low-power microcontrollers.
May 11, 2020
With its biometrics sensing technology integrated into horse bridles, Equine SmartBits aims to enhance equine health and performance. Learn more from the blog.
May 11, 2020
Understand why wearables with sophisticated sensors and algorithms are the best choice for continuous blood-pressure monitoring. Read the blog post.
May 11, 2020
Learn how Digital Frontier reduced wafer test equipment size and power consumption with the MAX9972 low-power ATE driver. Get details today.
May 11, 2020
Watch this short video to learn how a battery fuel gauge IC with authentication prevents battery pack cloning. Test-drive the IC with the eval kit from Maxim Integrated.
May 11, 2020
Industry’s first secure microcontroller with physically unclonable function (PUF) technology protects new and existing IoT designs from hackers. Learn more.
May 07, 2020
Get up to speed on the basics of cryptography, so you can protect your IoT designs from hackers and other security threats.
May 05, 2020
Maxim Integrated’s resident power evangelist explains how charge redistribution in networked capacitors offers a clue into how batteries will behave in portable devices.
April 30, 2020
John Kirwan, Maxim Integrated’s VP of Global Customer Operations, highlights how the company is continuing to support its customers while also prioritizing products used in medical equipment that helps COVID-19 patients.
April 28, 2020
What was it like to charge an electrical vehicle battery…in 1898? Jim Harrison takes an interesting look at how EV charging has evolved.
April 23, 2020
From heart rate to SpO2, PPG data derived from optical biosensors reveal a lot about our health and well-being. Read the blog to learn more.
参考设计
ToolsMAXREFDES1238: Scalable, Single Input, 6 Output, Power Solution for the Versal ACAP Platform
MAXREFDES1263: True Wireless Stereo Cradle and Earbuds
MAXREFDES1260: Li Battery Charger and Monitor System with 3A USB-C Input
MAXREFDES9002: C-source Reference for Operating the DS28E18 from Cortex-M4 GPIO Pins
MAXREFDES179#参考设计板
MAXREFDES1275: 1A,3-Channel LED Driver in Buck Configuration using MAX20050 and its dimming control using MAX32630FTHR
MAXREFDES1046：宽输入范围、3.3V/3A输出同步整流、降压型DC-DC转换器，两层电路板设计降低成本
MAXREFDES1105: Miniature, 5V/2A, Synchronous, No-Opto Flyback DC-DC Converter with 90.4% Efficiency Using MAX17690 and MAX17606
MAXREFDES1102：小尺寸、24V/250mA、无光耦、反激DC-DC转换器，92%效率
MAXREFDES1045: Two-Layer Board, 5V/3A, Wide-Input, Synchronous, Step-Down DC-DC Converter Using the MAX17574
MAXREFDES1037：72W Offline Flyback Converter
MAXREFDES1004：-73V至-35V输入、5V/100mA输出、Boost转换器
MAXREFDES1088：小尺寸、12V/250mA、同步、无光耦、反激DC-DC转换器，91.9%效率
MAXREFDES1106: Miniature, 12V/1A, Synchronous, No-Opto Flyback DC-DC Converter with 92% Efficiency Using MAX17690 and MAX17606
MAXREFDES1101：Miniature, 12V/500mA, No-Opto Flyback DC-DC Converter with 90% Efficiency
MAXREFDES1238: Scalable, Single Input, 6 Output, Power Solution for the Versal ACAP Platform
MAXREFDES1263: True Wireless Stereo Cradle and Earbuds
MAXREFDES1260: Li Battery Charger and Monitor System with 3A USB-C Input
MAXREFDES9002: C-source Reference for Operating the DS28E18 from Cortex-M4 GPIO Pins
MAXREFDES179#参考设计板
MAXREFDES1275: 1A,3-Channel LED Driver in Buck Configuration using MAX20050 and its dimming control using MAX32630FTHR
MAXREFDES1046：宽输入范围、3.3V/3A输出同步整流、降压型DC-DC转换器，两层电路板设计降低成本
MAXREFDES1105: Miniature, 5V/2A, Synchronous, No-Opto Flyback DC-DC Converter with 90.4% Efficiency Using MAX17690 and MAX17606
MAXREFDES1102：小尺寸、24V/250mA、无光耦、反激DC-DC转换器，92%效率
MAXREFDES1045: Two-Layer Board, 5V/3A, Wide-Input, Synchronous, Step-Down DC-DC Converter Using the MAX17574
MAXREFDES1037：72W Offline Flyback Converter
MAXREFDES1004：-73V至-35V输入、5V/100mA输出、Boost转换器
MAXREFDES1088：小尺寸、12V/250mA、同步、无光耦、反激DC-DC转换器，91.9%效率
MAXREFDES1106: Miniature, 12V/1A, Synchronous, No-Opto Flyback DC-DC Converter with 92% Efficiency Using MAX17690 and MAX17606
MAXREFDES1101：Miniature, 12V/500mA, No-Opto Flyback DC-DC Converter with 90% Efficiency
MAX77962EVKIT-12
MAX77950EVKIT
MAX77962EVKIT-12
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