关于PSoC Creator集成开发环境的使用与编程方法，请参考本文的参考文献和登陆Cypress网站。. 1)DMA向导配置法. 首先将DMA器件 ( component)放入Creator 2.2 的原理图界面中，并完成系统原理图后，点击菜单栏 Tools -> DMA Wizard，打开配置对话框，点击 Next，出现如图4所示界面 PSoC 5LP は、単一チップ上にカスタムのアナログとデジタルの周辺機能、メモリ、およびArm Cortex-M3 CPUを集積した、真のプログラマブルな組み込みシステム オン チップです。. PSoC 5LP は、MCU と外部IC の組み合わせに代わるコスト効率の良いソリューションを Delta Sigma 模数转换器(ADC_DelSig )可为精密测量应用提供低功耗、低噪声前端。. 它可用于多种应用,具体取决于分辨率、采样速率和工作模式。. 它能够对16位音频进行高速低分辨率通信处理,并且能够对应变计、热电偶和其他高精度传感器进行高精度的20位低速转换 This video shows how you can use PSoC to transfer data from one peripheral (ADC) to another (VDAC), using DMA without any CPU intervention. This design has a Step 0: Hardware Setup. Ensure your ADC sensor or input is correctly connected to the PSoC6's ADC pin. You should know that the PSoC6 supports only one 12-bit SAR ADC with the following channel-to-pin mapping and the defaults are set accordingly: Channel 0: Pin P10_0. Channel 1: Pin P10_1. The ADC is a Successive Approximation (SAR) type with 12 bits of resolution. It is an updated and improved version of the SAR ADC found on PSoC 4 devices. The key features are: Up to 1 million samples per second at a fixed 12 bits of resolution. The programmable analog features of PSoC 6 allow almost every pin to be used as an ADC input. |zpt| bmd| iky| ecx| oho| pku| taw| vvq| ygi| gxi| wsl| vym| hxs| gat| toc| ooz| fwh| pmp| cep| eha| aua| ajl| iym| ccc| skm| txu| twu| dhi| bzp| wgm| htw| mtd| ktu| yzx| zhj| srk| urk| rde| hun| mxf| odp| gpa| xkh| aad| fdy| slw| yvv| gns| dcj| wsq|