msp430 jtag

This article is reproduced in: workshop! I. Hardware (using Quartus II 9.0) 1. Create a project, enable the system-wide image search system builder, and add a CPU Select standard Nias. 2. Add PLL Click launch Altera's altpll

After the basic functions of the system clock generator are established, the scg1, scg0, cpuoff, and oscoff bits of the SR in the CPU are important low-power control bits. As long as any interrupt is responded, the above control bit is pushed into

1. Background: A long time not updated blog, recently due to project requirements, simple use of 430 interface, but because the internal default can use 1MHz frequency cannot meet the demand; 2. Function: The reference manual found that the film

Placeholder 1/* weighted average filtering */2 static unsigned char COE [13] = {1, 2, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 }; 3 static unsigned int coesum = 1 + 2 + 3 + 4 + 5 + 6 + 7 + 8 + 9 + 10 + 11 + 12 + 13; 4 unsigned long temp = 0; 5 6 for (I = 0;

Completed a simple IAP upgradeProgramOnly simple programs can be erased. When the program starts, check the command. If it times out, run the main program. Otherwise Upgrade mode: splits the binfile and sends program data to the corresponding

First, ca+ structureThe msp430g2553 is provided with a comparator comparator_a+ (ca+), as shown in the construction block diagram.Second, input & outputAs shown, the comparator has a co-axial input (v+) and a reverse input (V-). With the software

The analog comparator module 430 was being tuned last night and today, but there is still a problem. I really don't know where the problem is. The user manual clearly shows that the comparator output can be connected to the timer capture. I also

, while the common 51-core MCU series belongs to the latter.The 5th is on the development tools. For the 51-core microcontroller, many of the development tools for our use. But how to achieve online programming is still a big problem. For the MSP430 series, the introduction of Flash program memory and JTAG technology not only makes development tools easy and inexpensive, but also enables online programming.

I installed the TinyOS in the 64-bit version of Ubuntu 12.04LTS, but the final compilation was successful, but all the Java tools were not available. This time I re-installed a 32-bit Ubuntu system. This is sure to be installed.But I found an error after I finished installing all the tutorials.When make TELOSB,> mkdir-p BUILD/TELOSB > Compiling BLINKAPPC to a TELOSB binary > Ncc-o build/telosb/main.exe-os-o-mdisable- hwmul-fnesc-separator=__ >-wall-wshadow-wnesc-all-target=telosb-fnesc-cfile=bui

., Shanghai lielda Electronics Co., Ltd., lielda Technology Co., Ltd. (Hong Kong) limited Company Zhejiang lielda Iot Technology Co., Ltd. Zhejiang xianxin Technology Co., Ltd. Jiangsu lielda Iot Branch Technology Co., Ltd.) These are their subsidiaries. By now, the LSD industry understands that it is a product provided by lielda for USB-based simulators, MSP is a mixed signal processor. In MSP430F149, F refers to FLASH storage products. UIF is obviously a USB interface (USB interface) for all s

sequencing, clock configuration, System and module Reset, MCU is responsible for detecting the board temperature, power supply.650) this.width=650; "alt=" video signal processing board, DSP processor, tmsc6678,xc7k420t,xc3s200an,msp430, software radio system, baseband signal processing, wireless simulation platform, high-speed image Acquisition "src=" Http://www.orihard.com/files/2-01.jpg "/>650) this.width=650; "style=" width:471px;height:478px; "sr

To debug arm, you must follow the debugging interface protocol of arm. JTAG is one of them. During simulation, IAR, Keil, ads, and so on all have a common debugging interface. RDI is one of them. How can we complete RDI --> arm debugging protocol (JTAG)? There are two methods: 1. write a service program on the computer, parse the rdi commands in iar, Keil, and ads into the relevant

I. Overview CurrentlyAndroid3.0 system standardization process to solve the existing defects and problems of the new systemARMWe will discuss the issue of ARM architecture product standardization. Next we will talk about ARM. The development tools of ARM application software depend on different functions, software compilation, assembly software, link software, debugging software, embedded real-time operating system, function library, evaluation board, JTAG