傻瓜，但是我用这个FLOWCODE来做大量的项目，这些项目大部分都是成功的。对，所以回到项目。我用Excel来创建两组正弦波……我需要…然后。。因为流代码是无用的，在“高速”处理。我不得不改变对这个项目
2018-10-10 15:03
does not work.Wondering if there is a secret out there I may be missing.I use Flowcode and it takes
2018-09-05 16:18
\Flowcode1.hex" /TSBUR181413665 /M /OL /W5I tryed without success : /W /W5 -W5 /W5.0 /W5.00
2018-09-26 10:10
我已经尝试了一个简单的项目与LED闪烁打开/关闭使用PIC18F45 50。编译器使用的是XC8和CCS。我已经用过IDE：MPLABX，CCS和Flowcode 7（带有XC8）。当项目在真实
2020-04-10 07:51
of what I want ...So I have written another decoding program... using FLOWCODE... and it works about
2019-01-30 12:47
在重新安装ID/IPE V5.00之后，PACKIT4将无法可靠地连接到12系列目标，认为“程序后释放”问题已被修复；它不会读取！我保存屏幕截图粘贴，但这个血腥论坛吃他们…AAAHAHHHH！如果我连接到一个12F675，我可以编程和验证，使董事会工作；但如果我试图读取内存，它扔了一个错误…如果我做一个软件重新连接，它显示了一个目标设备ID错误“0x0”。重新连接的唯一方法是拉编程头并重新插入它。我回到方块1：-它只编程，不读/验证…这使我没有选择来检查芯片中的代码是什么，或者确保它实际上应该工作之前燃烧到板上没有编程头！而且从工具选项中的电源目标不起作用，不会粘住，AVR MGGA328 P也不能连接到工具上；它不会工作！Microchip真的和这个垃圾堆在一起。以上来自于百度翻译 以下为原文 After a full re-install of IDE/IPE v5.00 the PICKit4 won't reliably connect to 12 series targetsthought the 'release after program' problem has been fixed; IT WON'T READ! i saved screen shots to paste in but this bloody forum ate them...AAAAHHHHH!If i connect to a 12F675 i can program and verify to get the board working; but if i try to read back the memory it throws an error... reading all zero's. If i do a software re-connect it shows a target device ID error '0x0' the only way to re-connect is to pull the programming header and re-plug it.and i'm back to square1:- it will only program, not read/verify...this leaves me with no option to check what code is in the chip,or make sure it should actually work before burning it to boards without programming headers! crazy.and also the power target from tool option doesn't work and won't stick,and AVR mega 328P can't be connected to the tool either; it wont work! Microchip a really on a roll with this dungheap.
2018-08-29 14:33
我讨厌做那个家伙，但是，有没有人有一个很好的基本示例代码，用高科技C编译器连接PIC16F87A+GSM模块（SIM800）？我开始有困难。我一直在搜索互联网，但结果好坏参半。教程似乎是跳过了需要的头文件和/或不在高科技C，但使用Mikro编纂器，它有很多内置的命令。例如，PIC没有UART头文件吗？我只需要我的PIC文本我的手机，它甚至不需要接收短信。一个简单的样本代码会很好，不必是花哨的。到目前为止，我最喜欢。教程是：HTTP://McMealsRealsLab.com /SDEN-SMS-USEN-GSM模块PIC-微控制器，但是这似乎缺少了一些我需要的信息及其在Mikro中的应用。 以上来自于百度翻译 以下为原文 I hate to be that guy but... Does anyone have a good basic sample code of interfacing a PIC16F877A + GSM Module (Sim800) using the Hi-tech C compiler? I am having trouble getting started.I have been searching the internet but getting mixed results. The tutorials seem to be skipping over needed header files and/or not in Hi-Tech C but using the Mikro compiler which has a lot of built-in commands.For instance, isn't there a UART header file for PIC? I only need to have my PIC text my phone, it doesn't even need to receive text messages. A simple sample code would be nice, doesn't have to be fancy.So far my fav. tutorial is:http://microcontrollerslab.com/send-sms-using-gsm-module-pic-microcontroller/ but this seems to be missing some information I need and its in Mikro.
2019-01-10 15:04
MPLAB X IDE V4.05系列：8位AVR MCU（XMEGA/MEGA/TIN）设备：？？？？？？？ 以上来自于百度翻译 以下为原文 MPLAB X IDE v4.05 Family: 8-bit AVR MCUs (XMega/Mega/Tiny)Device: ?????
2018-11-13 15:36
你好，我想为我们的微控制器实验室设计一个PIC16F87A DEV板。受训者在工作板上工作，对于初学者来说，需要花费大量的时间和大量的实验室时间来连接简单和基本的布线；比如MCLR电阻，电源线，BRID。我希望能节省很多时间给我和受训者，也可以为实验室设计PCB。我已经在谷歌图像上查看了不同的图片，还有很好的图片。我对BAS有一些疑问。IC和包括在设计中的非常重要的部件。第一件事是什么重要的电容器包括？我在两条电力线上应该有100NF的上限之前就知道了，但是在下面的图片中，我只看到了一条电力线。为什么RS-232电源的4个上限？它们是否平行于输入数据线，如去耦电容器？在下面的图片中，为什么会有不同类型的电容器？还有，黄色的：除了电容器，我还应该考虑哪些因素呢？ 以上来自于百度翻译 以下为原文 Hello, I want to design a PIC16F877A dev board for our microcontrollers' laboratory at the college. The trainees are working on breadboards, and for beginners that takes a lot of time and a lot of laboratory's time is spent on wiring the simple and basic wiring; like, MCLR resistor, power lines, bridging power lines, connecting the PICkit 3 wires and connecting the load which is a simple LED. So, I thought to save a lot of time for me and the trainees and design PCBs for the lab. I've looked into different pictures on google images, and there are very nice ones. And I have questions about the basic and the very important components to include in the design. The first thing is what important capacitors to include? I learned before the there should be 100nF caps on both power lines, but in the following picture, I see only one for the power lines. https://images-na.ssl-ima...2BiRpABRSL._SX355_.jpg Also, why the 4 caps at the RS-232 power? Are they in parallel to the incoming data lines like decoupling capacitors? In the following picture, why there are different types of capacitors? Also, the yellow ones here: What other factors than capacitors I should consider?
2018-12-25 15:54
嗨，我试着使用内嵌程序集XC16编译器来执行浮点乘法。该设备是30F4013。第一个值来自查找表，它是一个浮动值，在2和1之间变化，因此，0.9，0.3，0.4等。它与音频样本乘以一个已签名的int。是否有一种在内联汇编中这样做的方法，因为C是非常慢的。我需要执行每一个采样周期乘以48千赫。本质上，结果＝AudioSoint（int）* LUTvalue（浮点）。我知道我可以把所有的浮点都转换成整数和比例，但这对于应用来说是不理想的。谢谢。 以上来自于百度翻译 以下为原文 Hi, I'm trying to perform a floating point multiply using inline assembly, XC16 compiler. The device is the 30F4013. The first value comes from a look up table and it's a float value which varies between 2.0 and 1.0, so, 0.9, 0.3, 0.4 etc. It's getting multiplied with an audio sample which is a signed int. Is there a way of doing this in inline assembly as doing it is C is woefully slow. I need to perform the multiply every sample period, running at 48Khz. In essence, Results = AudioSample(INT) * LUTvalue(Float). I understand I can covert all the floats to integers and scale but that isn't ideal for the application. Thanks.
2018-11-27 11:00
