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frequency-testing
- 简易数字频率计设计报告，MSP430实现各不同等级的频率测试，并在液晶屏上显示-Simple digital frequency meter design report, the MSP430 to the frequency of testing of different levels, and displayed on the LCD screen
msp430
- 430单片机的频率检测仪，可测频率达到400kHz，误差较小-Frequency of 430 single-chip detector, can measure frequencies up to 400kHz, the error is smaller
MSP430G2231
- MSP430，测频率，可以用Cyc显示频率，500Hz以下比较准 还有待完善-MSP430, frequency measurement, can be displayed by Cyc frequency,500Hz the following comparison must have yet to be perfect
frep
- msp430测量交流信号的频率计程序源码，可以同时测量幅值-the msp430 frequency meter for measuring AC signal program source code, can simultaneously measure the amplitude
detect-The-frequency-with-msp430
- 用msp430测频率，测试的频率从0.1hz一直到5Mhz，具有广泛的通用性可以作为单片机的子模块-detect The frequency with msp430
main
- msp430的测频程序，可以测得2k一下的所有频率。应经测试过了的，保证能用-Msp430 frequency measurement procedures
cepin
- msp430 测频程序，用12864作为显示部分-msp430 frequency measurement procedure, use 12864 as the display section
pin-lv-ji(0-99khz)
- 用msp430开发的频率计带1602显示，可测0——99Khz-Msp430 frequency meter with homemade with 1602 display
frequency-meter-msp430-12864
- msp430的频率计,12864显示,可以测各种波形-the msp430 the frequency meter
frequency_measure
- 基于MSP430的频率捕捉程序，能够捕捉到比较高的频率，程序有详细的解释-Based on the the MSP430 frequency capture process can capture the relatively high frequency, the procedures are explained in detail
Frequency-Measurement-use-MSP430
- 利用msp430内部的电压比较器测量方波频率，并将结果显示在1602上。-The square-wave frequency of the use of the msp430 internal voltage comparator measurement and displays the results in 1602.
MSP430-Timer_A
- 使用MSP430单片机实现用Timer_A捕获方式显示信号的频率与周期，程序已成功运行。-Use MSP430 MCU Timer_A capture frequency cycle of the signal, the program has been run successfully.
msp430-for-frequence
- 基于msp430计数功能的频率计设计，内附电路图，可仿真-Based on msp430 counting function of the frequency meter design, enclosed circuitry, can the simulation
Frequency-Measurement-V2.0
- 实现MSP430单片机测频，单片机需超频至12M主频，采用最常用的低频测周，高频计数方法，频率测量范围达到0.1Hz-20MHz,理论上还可以测更高频率，但是手头只有20M的信号发生器-To achieve the MSP430 MCU frequency measurement the microcontroller be overclocked to 12M clocked, the most commonly used low-frequency measurements weeks, h
16M-frequency-measurement
- 基于msp430的等精读法测频率 精度可达小数点后五位以上，最高频率可达200khz-Based on msp430 and intensive reading method of frequency measurement precision can reach more than five decimal places, the highest frequency of 200 KHZ
MSP430--16X16
- 目录：1. 堆栈时钟初始化 2. RAM自测子程序 3. 二进制转化为BCD码（二进制16位（65536）放R15，结果放R4，R5） 4. BCD码转化为二进制（BCD码放R4，二进制放R5） R5=XO+10*(X1+10*(X2+10*X3)) 5. BCD码转化为二进制（BCD码放R4，二进制放R5）R5=XO+10*X1+100*X2+1000*X3 6. 冒泡排序法（适合20个数字以下） 7. X=a^+b^（a为2个字节，b为2个字节，X为3个字
fequent_measure
- msp430测频程序，采用等精度法实现，可测低频也可测高频，430类型为2618-msp430 frequency measurement procedures used to achieve such precision method can measure low frequency can be measured, 430 type 2618
msp430-sweep-signal
- msp430产生扫频信号并识别输入信号频率-msp430 sweep signal and generates the input signal frequency identification
frequency
- 基于msp430单片机测频率的程序并在12864上显示-Msp430 microcontroller based measurement frequency is displayed on the program and 12,864
MSP430-DDS-AD9850-Signal-source
- 该程序利用MSP430和信号源模块AD9850/AD9851产生频率、幅度可调的方波和正弦波信号，方波的占空比可调可用过信号源。-The program using the MSP430 and signal source module AD9850/AD9851 generate adjustable square wave and sine wave signal frequency, amplitude, adjustable square wave duty ratio of the a