一个项目n76e003 ，外面需要控制 20 个 led ， 一般用什么方案
小弟在开发一个 小家电。n76e003 . 外部要控制20个led 。每个led 需要独立 onoff或者闪烁。学校里想到的是：
mcu -》io扩展 芯片-》20个led
请问有经验人士。 中间这个io扩展 芯片用什么型号 最佳。要求 后期软件编写简单。适合大批量生产。
组成一个4X5小点阵，扫描就可以了。 可以用595级联 babysnail 发表于 2019-8-16 13:11
组成一个4X5小点阵，扫描就可以了。
扫描。有点缺陷。亮度会 比较暗？ 你找个驱动数码管的芯片也是可以。 rei1984 发表于 2019-8-16 13:13
扫描。有点缺陷。亮度会 比较暗？
电流调大啊。 8x8点阵模块同是一个原理。只是它是封装好而已。 aip650 扫描一点问题没有。电流调大。 n0831 发表于 2019-8-16 13:27
扫描一点问题没有。电流调大。
有没有原理图？？？ 可能和我原来的想法不一致。 TM1668等等 595软件硬件最简单，成本没计算过。 用扫描吧，一般LED上都加个电阻，你用扫描把电阻调小一点就可以了。或者用595也可以，38译码器也行。 595 驱动如果在某些辐射干扰大的地方应用容易出现某些位输出错误的情况，也就是LED可能出现暗亮的情况
但是在大部分应用中没有问题 小家电直接LED驱动芯片，电流大性价比高{:lol:} TM16XX,ZLG7289， 内带驱动芯片的5050灯珠了解一下。 WS2812可以了解下 楼上两个灯珠的彩色的吧，而且成本高，我觉得就扫描或者TM系列芯片，不过这种芯片也是扫描的。
编辑原因：扫描二字打成扫码 智涅 发表于 2019-8-16 15:40
楼上两个灯珠的彩色的吧，而且成本高，我觉得就扫描或者TM系列芯片，不过这种芯片也是扫描的。
编辑原因： ...
简单画了个图。R 用多少比较合适。
发现一个问题一个 LED ， 周期是 10ms 的话， 显示亮 大约只有10/4 =2.5ms 。 也就是 max 亮度只有 25% 的 占空比 rei1984 发表于 2019-8-16 15:44
简单画了个图。R 用多少比较合适。
用过stm32，STC，NRF51822不挂电阻都行，还嫌不够亮。主要驱动起来后等效占空比都是比较小的，你调试的时候怕烧IO的话挂个一百欧的电阻呗 MBI5024， 1.25 块钱含税， 16路恒流驱动（限流电阻也省了）， SPI 驱动；
国产同类的更加便宜 直接当数码管驱动了。 HT16D31A
特性
● 逻辑工作电压： 2.7V~5.5V
● LED 驱动器工作电压： 4.5V~5.5V
● LED 显示： 9 个组合输出引脚 (CA0~CA8)，即 8 ROW × 9 COM LED 矩阵
● LED 数据 RAM1 (Max.)： 8 × 9 × 8 × (2) 位 = (144) × 8 位，用于灰度模式
● LED 数据 RAM2 (Max.)： 8 × 9 × 4 × (2) 位 = (72) × 8 位，用于渐变模式
● LED 数据 RAM3 (Max.)： 1 × 9 × 8 × (2) 位 = (18) × 8 位，用于 LED on/off 控制
● 内置 2.4MHz RC 振荡器
● 2 个帧存储器用于动画影像存储
● 256 级全局亮度调节
● 二进制模式或灰度模式
● 全局闪烁或渐变功能
● 自动滚动功能：左 / 右
● 内部电流参考控制
● 最大可支持 48mA 恒定灌电流
● 16 级最大电流设置选择
● 电流容限为 ±3%
● 过温保护电路
● 单点开路 / 短路保护功能
● I2C 总线接口或 SPI 3 线接口
● 级联功能可扩展应用范围
● 封装类型： 16-pin QFN， 16-pin NSOP-EP
应用领域
● 工业控制显示器
● 手机
● 交通标志牌和信息显示器
● 数字时钟、温度计、计数器、电子仪表
● 仪器读数器
● 其它消费类应用
● LED 显示器 SM16106SC 595便宜好用
仅仅5个IO 智涅 发表于 2019-8-16 15:47
用过stm32，STC，NRF51822不挂电阻都行，还嫌不够亮。主要驱动起来后等效占空比都是比较小的，你调试的时 ...
需要有大电流io或三级管驱动。
另外减少扫描段数，比如由5*4改为7*3,10*2
595便宜，但是占用管脚多，而且一片595即使作出扫描方式，也只能驱动4*4=16个LED，必须2片才行，占用PCB大，单面板的话，走线也是个麻烦事，小家电对成本很在意的。如果MCU本身IO口足够,可以考虑直接扫描推动，如果资源不足，推荐TM或者AIP这些集成扫描的LED驱动，便宜量又足，只要不是太偏门的，价格都是白菜价，软件处理也方便。 使用多引脚的mcu也合算外加芯片成本不低 有些单片机IO可以限流20mA,不用限流电阻,但是不知道是什么型号,没字 扫描+电流调大，光立方ＬＥＤ就是这么玩的吧 （方案一）2X10扫描
（方案二）3X7扫描
（方案三）4X5扫描
（方案四）5X4扫描
（方案五）7X3扫描
（方案六）10X2扫描 fct8591 发表于 2019-8-16 18:51
使用多引脚的mcu也合算外加芯片成本不低
aip650，单价0.22，两线驱动，sop16封装，什么单片机有这么便宜？
想简单的做成4*5的点阵，想省事省io只要多花两毛钱 JY-MCU 发表于 2019-8-16 20:36
aip650，单价0.22，两线驱动，sop16封装，什么单片机有这么便宜？
想简单的做成4*5的点阵，想省事省io只 ...
低成本方案就用27楼的原理图，单片机改为同样是应广的PMS15A。OTP的，买样片1毛一片。量大价格还能优惠。 看你得LED是什么作用，如果只是指示作用 用IO扫描随便搞。 20个LED，5个IO口就够，原理如下
data:image/png;base64,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
培增 发表于 2019-8-16 13:12
可以用595级联
9494 同意 SM16126，LED亮度可調不需要限流電阻，驅動簡單，而且價格不高。
aip650ORTM1650 不二选择 wd2812难道不好用吗？一个io带一千个都行 可以用595级联
{:smile:} 如果成本不敏感，可以用IIC扩展芯片，如TI的TCA6424A。 nanfang2000 发表于 2019-8-17 14:02
wd2812难道不好用吗？一个io带一千个都行
带1000个不现实，stm32最多带100个 TM1628，你值得拥有 polarbear 发表于 2019-8-16 16:30
MBI5024， 1.25 块钱含税， 16路恒流驱动（限流电阻也省了）， SPI 驱动；
国产同类的更加便宜 ...
国产的同类产品介绍一下下 tm1650之类数码管驱动呗 Earthman 发表于 2019-8-16 18:14
仅仅5个IO
整理了一下你的思路。 简化成如上 看你对亮度的要求，如果要求要很亮 就上TMxx或者类似的驱动芯片，否则直接IO口扫描驱动。 2片pca9535 用过上海艾为电子的点灯芯片，IIC接口。
不过他们这些芯片都是蓝绿OV大厂手机在用。
量不大的话就只能自己看数据手册玩，
不过一个标准的IIC有什么难搞的呢？ tm1624 TM1652-走串口
TM1680-IIC TM1650 CH455G jjj 发表于 2019-8-17 08:18
9494 同意
595 抗干扰 能做好吗？我是没做好 LED有时会误动作
页:
[1]