├── LICENSE ├── README.md ├── TODO.txt ├── assets ├── PowerBar.1-1615874811322.jpg ├── PowerBar.1.jpg ├── PowerBar.4.jpg └── 巧克力 板.jpg ├── multisim 模拟 ├── TL314恒流源.ms14 └── multisim双环模拟 │ ├── CC CV双调.ms14 │ ├── CC CV双调.ms14 (Security copy) │ ├── CC CV双调按照LTC3789内部连接的版本.ms14 │ ├── CC CV双调按照LTC3789内部连接的版本.ms14 (Security copy) │ └── 内外双环BUCK.ms14 ├── 原理图 V2 └── PowerBar.pdf ├── 小型化 ├── BUCK小型化示意图.png └── 单个DCDC电源小型化计划.docx ├── 欣赏和借鉴 ├── 一个电源PCB的实物.jpg ├── 产品样子.png ├── 借鉴电路-锂电池平衡充电系统原理图.png ├── 武汉银飞电子 淘宝店 专注电源模块.url └── 观赏.jpg ├── 渲染原图 ├── PowerBar.1.png ├── PowerBar.2.png ├── PowerBar.3.png ├── PowerBar.4 长图.jpg ├── PowerBar.4.png └── 巧克力 板.png ├── 芯片包 ├── CSD18540Q5B MOS │ └── CSD18540Q5B.pdf ├── LTC3780设计资料 主输出 │ ├── 3780fb chs.pdf │ ├── dc1046A.pdf │ ├── dc1155A.pdf │ ├── dc686A.pdf │ └── dn369f chs.pdf ├── LTC3789设计资料 主输出 │ ├── 3789fc.pdf │ ├── LTC3789 外部电源开关升降压控制器 亚德诺（ADI）半导体.url │ ├── LTC3789引脚说明.pdf │ ├── LTC3789芯片资料、技术问答,用LTC3789必看!.pdf │ ├── 中文资料LTC3789.pdf │ └── 评估板 │ │ ├── DC2253AF.PDF │ │ ├── dc1523af.pdf │ │ ├── dc1721aaf.pdf │ │ ├── dc1757bf.pdf │ │ ├── dc1878af.pdf │ │ └── dc1881af.pdf ├── SG3525 高精度PWM │ ├── EG3525.pdf │ ├── PWM控制芯片SG3525工作原理及实际应用.pdf │ ├── SG3525和SG3524的功能特点比较.pdf │ └── 单路 满占空比 可调频率.png ├── SX1308 │ └── SX1308升压芯片(中文资料).pdf ├── TPS5450开关降压芯片 固定5V 可调 │ ├── 5.5V至36V输入DCDC芯片TPS5450使用见解.jpg │ ├── TPS5450数控DC-DC电源.pdf │ ├── TPS545X应用手册.pdf │ └── tps5450手册.pdf ├── TPS54540 BUCK 5A 固定5V 可调 │ ├── TPS54540 PCB.jpg │ └── TPS54540.pdf ├── TPS7333 LDO 3.3 │ └── TPS7350.pdf ├── 充电+无线输电 │ ├── IP5306、IP5108和其他方案原理图PCB │ │ ├── BACKUP_POWER.PcbDoc │ │ ├── BACKUP_POWER.PrjPCB │ │ ├── BACKUP_POWER.PrjPCBStructure │ │ ├── BACKUP_POWER.SchDoc │ │ ├── BACKUP_POWER_2.SchDoc │ │ ├── BACKUP_POWER_充电升压俩芯片.SchDoc │ │ ├── IP5306&IP5108.PcbDoc │ │ ├── IP5306&IP51081.SchDoc │ │ ├── LTC3118.SchLib │ │ ├── LTC3118.cmp │ │ └── 一键删除AD历史文件.bat │ ├── MP2637、XKT412和底板的平板方案 │ │ ├── 12V适配器部分_无线发射端.SchDoc │ │ ├── BACKUP_POWER_平板用快充&OTG.SchDoc │ │ ├── MP2637.SchDoc │ │ ├── XKT-412无线输电收发.SchDoc │ │ ├── pad.PrjPCB │ │ ├── pad.PrjPCBStructure │ │ ├── pad_power.PcbDoc │ │ ├── 一键删除AD历史文件.bat │ │ └── 无线接收端.SchDoc │ ├── XKT-412.jpg │ ├── XKT-412规格书.pdf │ └── 同步升压芯片IP5306.pdf ├── 共模电感 │ ├── ZJYS51R5系列共模电感.pdf │ └── ZJYS81系列共模电感.pdf ├── 基准 恒流源 │ ├── TL431 │ │ ├── 2.5V基准电源TL431A.pdf │ │ ├── 431稳压三极管！.jpg │ │ └── TL431中文资料-恒压恒流源常用，0.5%和1%误差对于B和A级产品.pdf │ ├── 使用电压基准进行设计的提示和技巧.pdf │ └── 高精度小电流恒流源的设计与实现.pdf ├── 正交解码 │ ├── 74hc74&cd4013双上升沿D触发器.jpg │ ├── EC11接线.jpg │ ├── 两个正交编码-D触发器解码电路,A相监测脉冲，OUT监测方向.png │ └── 数字拨盘（旋转编码器）.pdf ├── 波形发生 │ ├── XR-2206手册.pdf │ ├── XR2206方波 锯齿波.png │ ├── xr2206文档.doc │ └── 基于XR2206的函数发生器电路.doc ├── 电容 电感选型 │ ├── CDRH系列电感_datasheet-5A以内.pdf │ ├── ser2900-270685.pdf │ ├── 一体成型电感0630系列.pdf │ └── 各种贴片电容容值规格全参数表.pdf └── 负压 │ ├── 2596s-5.0负压测试.txt │ ├── MP2307 可用照葫芦画瓢.jpg │ ├── TL431负稳压.ms14 │ ├── TPS54260 60V 2.5A.pdf │ ├── TPS54260负压产生，应用手册slva317b.pdf │ ├── 从BUCK获得反转电压.pdf │ ├── 老师的负压BUCK.png │ └── 负压BUCK模拟.ms14 └── 长期用电源的细节.docx /LICENSE: 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