RK3399PRO核心板原理图DSN

Firefly AIO-3288J核心板3D结构，AIO-3288J核心板规格书，AIO-3288J底板参考设计

高通骁龙MSM8916核心板 ARM Cortex-A53 四核 中文资料

使用HC-SR04超声波传感器，对两路超声波传感器STM32F103ZET6的正点原子的精英版进行控制，目的是实现两路超声波传感器分别测量物体的距离，测量物体移动的速度，并将测量的速度和距离显示在LCD的屏幕上，同时在串口中也可以监测数据状态。 假设检测的两个物体在移动之中，该程序还可以判断两个物体是否有可能在超声波传感器的位置发生碰撞，如果发生碰撞，蜂鸣器会发出声音，串口上也会显示警告部分为1.

5 1.1 8 南京米联 GND VCC1V8 GND VCC1V0 GND 600 FB1 VCC1V8 VCCPLL VCC1V8 VBAT C35 0.1uf VCC1V8 GND C23 0.1uf C24 0.1uf C25 0.1uf C26 0.1uf GND VddB35 C47 0.1uf VddB34 GND VddB13 GND GND GND C45 0.1uf C44 0.1uf GND C9 0.1uf C18 0.1uf VCC3V3 C20 0.1uf C21 0.1uf C79 22uf/6V3 C89 22uf/6V3 C90 22uf/6V3 C91 22uf/6V3 C94 47uf/6V3 C109 0.1uf C111 22uf/6V3 C10 10uf/6V3 C74 10uf/6V3 C75 10uf/6V3 C112 47uf/6V3 VCCADC_0J9 VCCBATT_0F11 VCCBRAMH10 VCCBRAMG11 VCCINT R13 VCCINT P12 VCCINT N13 VCCINT M12 VCCINT L13 VCCINT K12 VCCINT J13 VCCINT H12 VCCINT G13 VCCAUXR9 VCCAUXP10 VCCAUXN11 VCCAUXN9 VCCAUXL11 VCCAUXJ11 VCCPLLG8 VCCO_DDR_502V4 VCCO_DDR_502U1 VCCO_DDR_502R5 VCCO_DDR_502P2 VCCO_DDR_502L3 VCCO_DDR_502H4 VCCO_DDR_502G1 VCCO_DDR_502E5 VCCO_DDR_502D2 VCCO_DDR_502A3 VCCO_MIO1_501 E15 VCCO_MIO1_501 D12 VCCO_MIO1_501 B16 VCCO_MIO1_501 A13 VCCO_MIO0_500 D7 VCCO_MIO0_500 B6 VCCPAUXM8 VCCPAUXK8 VCCPAUXH8 VCCPAUXF8 VCCPAUXG9 VCCPINT R7 VCCPINT P8 VCCPINT N7 VCCPINT L7 VCCPINT J7 VCCPINT G7 ZH XC7Z020/010-2CLG400I VCCO_35 M16 VCCO_35 K20 VCCO_35 J17 VCCO_35 H14 VCCO_35 F18 VCCO_35 C19 VCCO_34Y20 VCCO_34W17 VCCO_34V14 VCCO_34T18 VCCO_34R15 VCCO_34N19 VCCO_13 Y10 VCCO_13 W7 VCCO_13 U11 VCCO_13 T8 VCCO_0K6 RSVDVCC1T6 RSVDVCC2R6 RSVDVCC3N6 ZG XC7Z020/010-2CLG400I RSVDGND F10 GNDADC_0 J10 GND Y15 GND Y5 GND W12 GND W2 GND V19 GND V9 GND U16 GND U6 GND T13 GND T7 GND T3 GND R20 GND R12 GND R8 GND P17 GND P13 GND P11 GND P9 GND P7 GND N14 GND N12 GND N10 GND N8 GND N4 GND M13 GND M11 GND M7 GND M1 GNDL18 GNDL8 GNDK15 GNDK13 GNDL12 GNDK11 GNDK7 GNDK5 GNDJ12 GNDJ8 GNDJ2 GNDH19 GNDH13 GNDH11 GNDH9 GNDH7 GNDG16 GNDG12 GNDG10 GNDF7 GNDF3 GNDE20 GNDE10 GNDD17 GNDC14 GNDC9 GNDC4 GNDB11 GNDB1 GNDA18 GNDA8 ZI XC7Z020/010-2CLG400I C77 0.1uf VCC3V3 C80 0.1uf VCC3V3VCC_ADJ C33 0.1uf C37 0.1uf GND VCC3V3 PIC201 PIC202 COC2 PIC301 PIC302 COC3 PIC501 PIC502 COC5 PIC901 PIC902 COC9 PIC1001 PIC1002 COC10 PIC1101 PIC1102 COC11 PIC1201 PIC1202 COC12 PIC1301 PIC1302 COC13 PIC1501 PIC1502 COC15 PIC1601 PIC1602 COC16 PIC1701 PIC1702 COC17 PIC1801 PIC1802 COC18 PIC1901 PIC1902 COC19 PIC2001 PIC2002 COC20 PIC2101 PIC2102 COC21 PIC2301 PIC2302 COC23 PIC2401 PIC2402 COC24 PIC2501 PIC2502 COC25 PIC2601 PIC2602 COC26 PIC2901 PIC2902 COC29 PIC3101 PIC3102 COC31 PIC3201 PIC3202 COC32 PIC3301 PIC3302 COC33 PIC3501 PIC3502 COC35 PIC3701 PIC3702 COC37 PIC4201 PIC4202 COC42 PIC4301 PIC4302 COC43 PIC4401 PIC4402 COC44 PIC4501 PIC4502 COC45 PIC4701 PIC4702 COC47 PIC5201 PIC5202 COC52 PIC5501 PIC5502 COC55 PIC5601 PIC5602 COC56 PIC5701 PIC5702 COC57 PIC5801 PIC5802 COC58 PIC5901 PIC5902 COC59 PIC6001 PIC6002 COC60 PIC6201 PIC6202 COC62 PIC6301 PIC6302 COC63 PIC6701 PIC6702 COC67 PIC6801 PIC6802 COC68 PIC6901 PIC6902 COC69 PIC7001 PIC7002 COC70 PIC7101 PIC7102 COC71 PIC7201 PIC7202 COC72 PIC7401 PIC7402 COC74 PIC7501 PIC7502 COC75 PIC7701 PIC7702 COC77 PIC7901 PIC7902 COC79 PIC8001 PIC8002 COC80 PIC8901 PIC8902 COC89 PIC9001 PIC9002 COC90 PIC9101 PIC9102 COC91 PIC9401 PIC9402 COC94 PIC10901 PIC10902 COC109 PIC11101 PIC11102 COC111 PIC11201 PIC11202 COC112 PIFB101 PIFB102 COFB1 PIZ0C19 PIZ0F18 PIZ0H14 PIZ0J17 PIZ0K6 PIZ0K20 PIZ0M16 PIZ0N6 PIZ0N19 PIZ0R6 PIZ0R15 PIZ0T6 PIZ0T8 PIZ0T18 PIZ0U11 PIZ0V14 PIZ0W7 PIZ0W17 PIZ0Y10 PIZ0Y20 COZG PIZ0A3 PIZ0A13 PIZ0B6 PIZ0B16 PIZ0D2 PIZ0D7 PIZ0D12 PIZ0E5 PIZ0E15 PIZ0F8 PIZ0F11 PIZ0G1 PIZ0G7 PIZ0G8 PIZ0G9 PIZ0G11 PIZ0G13 PIZ0H4 PIZ0H8 PIZ0H10 PIZ0H12 PIZ0J7 PIZ0J9 PIZ0J11 PIZ0J13 PIZ0K8 PIZ0K12 PIZ0L3 PIZ0L7 PIZ0L11 PIZ0L13 PIZ0M8 PIZ0M12 PIZ0N7 PIZ0N9 PIZ0N11 PIZ0N13 PIZ0P2 PIZ0P8 PIZ0P10 PIZ0P12 PIZ0R5 PIZ0R7 PIZ0R9 PIZ0R13 PIZ0U1 PIZ0V4 COZH PIZ0A8 PIZ0A18 PIZ0B1 PIZ0B11 PIZ0C4 PIZ0C9 PIZ0C14 PIZ0D17 PIZ0E10 PIZ0E20 PIZ0F3 PIZ0F7 PIZ0F10 PIZ0G10 PIZ0G12 PIZ0G16 PIZ0H7 PIZ0H9 PIZ0H11 PIZ0H13 PIZ0H19 PIZ0J2 PIZ0J8 PIZ0J10 PIZ0J12 PIZ0K5 PIZ0K7 PIZ0K11 PIZ0K13 PIZ0K15 PIZ0L8 PIZ0L12 PIZ0L18 PIZ0M1 PIZ0M7 PIZ0M11 PIZ0M13 PIZ0N4 PIZ0N8 PIZ0N10 PIZ0N12 PIZ0N14 PIZ0P7 PIZ0P9 PIZ0P11 PIZ0P13 PIZ0P17 PIZ0R8 PIZ0R12 PIZ0R20 PIZ0T3 PIZ0T7 PIZ0T13 PIZ0U6 PIZ0U16 PIZ0V9 PIZ0V19 PIZ0W2 PIZ0W12 PIZ0Y5 PIZ0Y15 COZI PIC201 PIC301 PIC501 PIC1101 PIC1201 PIC1301 PIC1501 PIC7902 PIC8902 PIC9002 PIC9102 PIZ0A3 PIZ0D2 PIZ0E5 PIZ0G1 PIZ0H4 PIZ0L3 PIZ0P2 PIZ0R5 PIZ0U1 PIZ0V4 NLDDR1V5 PIC202 PIC302 PIC502 PIC902 PIC1002 PIC1102 PIC1202 PIC1302 PIC1502 PIC1602 PIC1702 PIC1802 PIC1902 PIC2002 PIC2102 PIC2302 PIC2402 PIC2502 PIC2602 PIC2902 PIC3102 PIC3202 PIC3302 PIC3502 PIC3702 PIC4202 PIC4302 PIC4402 PIC4502 PIC4702 PIC5202 PIC5502 PIC5602 PIC5702 PIC5802 PIC5902 PIC6002 PIC6202 PIC6302 PIC6702 PIC6802 PIC6902 PIC7002 PIC7102 PIC7202 PIC7402 PIC7502 PIC7702 PIC7901 PIC8002 PIC8901 PIC9001 PIC9101 PIC9402 PIC10902 PIC11102 PIC11202 PIZ0A8 PIZ0A18 PIZ0B1 PIZ0B11 PIZ0C4 PIZ0C9 PIZ0C14 PIZ0D17 PIZ0E10 PIZ0E20 PIZ0F3 PIZ0F7 PIZ0F10 PIZ0G10 PIZ0G12 PIZ0G16 PIZ0H7 PIZ0H9 PIZ0H11 PIZ0H13 PIZ0H19 PIZ0J2 PIZ0J8 PIZ0J10 PIZ0J12 PIZ0K5 PIZ0K7 PIZ0K11 PIZ0K13 PIZ0K15 PIZ0L8 PIZ0L12 PIZ0L18 PIZ0M1 PIZ0M7 PIZ0M11 PIZ0M13 PIZ0N4 PIZ0N8 PIZ0N10 PIZ0N12 PIZ0N14 PIZ0P7 PIZ0P9 PIZ0P11 PIZ0P13 PIZ0P17 PIZ0R8 PIZ0R12 PIZ0R20 PIZ0T3 PIZ0T7 PIZ0T13 PIZ0U6 PIZ0U16 PIZ0V9 PIZ0V19 PIZ0W2 PIZ0W12 PIZ0Y5 PIZ0Y15 NLGND PIZ0F11 NLVBAT PIC2901 PIC5201 PIC5501 PIC5601 PIC5701 PIC5801 PIC5901 PIC6001 PIC6201 PIC6301 PIC9401 PIC11201 PIZ0G7 PIZ0G11 PIZ0G13 PIZ0H10 PIZ0H12 PIZ0J7 PIZ0J13 PIZ0K12 PIZ0L7 PIZ0L13 PIZ0M12 PIZ0N7 PIZ0N13 PIZ0P8 PIZ0P12 PIZ0R7 PIZ0R13 NLVCC1V0 PIC1801 PIC2001 PIC2101 PIC3501 PIC4201 PIC4301 PIC6901 PIC7001 PIC7101 PIC7201 PIC11101 PIFB102 PIZ0A13 PIZ0B16 PIZ0D12 PIZ0E15 PIZ0F8 PIZ0G9 PIZ0H8 PIZ0J9 PIZ0J11 PIZ0K8 PIZ0L11 PIZ0M8 PIZ0N9 PIZ0N11 PIZ0P10 PIZ0R9 NLVCC1V8 PIC1601 PIC1701 PIC1901 PIC2301 PIC2401 PIC2501 PIC2601 PIC3301 PIC3701 PIC4401 PIC4501 PIC4701 PIC7701 PIC8001 PIC10901 PIZ0B6 PIZ0C19 PIZ0D7 PIZ0F18 PIZ0H14 PIZ0J17 PIZ0K6 PIZ0K20 PIZ0M16 PIZ0N6 PIZ0R6 PIZ0T6 PIZ0T8 PIZ0U11 PIZ0W7 PIZ0Y10 NLVCC3V3 NLVddB13 NLVddB35 PIC901 PIC1001 PIC3101 PIC3201 PIC6701 PIC6801 PIC7401 PIC7501 PIZ0N19 PIZ0R15 PIZ0T18 PIZ0V14 PIZ0W17 PIZ0Y20 NLVCC0ADJ NLVddB34 PIFB101 PIZ0G8 NLVCCPLL

STM32F103C8T6核心板原理图/最小核心板原理图

黑金动力开发板核心板，配合其开发的AD/DA模块使用方便快捷

飞思卡尔 MC9S12XS128 核心板 原理图

SOM-TL5728F是一款基于TI Sitara系列AM5728（双核ARM Cortex-A15 +浮点双核DSP C66x） + Xilinx Artix-7 FPGA处理器设计的高端异构多核工业级核心板。核心板内部AM5728与Artix-7通过GPMC、I2C通信总线连接，并通过工业级高速B2B连接器引出千兆网口、PCIe、USB 3.0、SATA、GTP等接口。核心板经过专业的PCB Layout和高低温测试验证，稳定可靠，可满足各种工业应用环境。 用户使用核心板进行二次开发时，仅需专注上层运用，降低了开发难度和时间成本，可快速进行产品方案评估与技术预研。 典型应用领域分别为：运动控制、测试测量、机器视觉、智能电力、视频追踪、定位导航等。

资料包含：STM32F103C8T6的原理图和STM32F103C8T6的尺寸图（包含引脚位置），可为STM32开发提供参考