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shudianrlcdianlu
- 数电课程设计报告 设计并制作一台数字显示的电阻、电容和电感参数测试仪-few -- curriculum design to design and produce a digital display resistance, capacitance and inductance parameter tester
shudianrlcdianlu
- 数电课程设计报告 设计并制作一台数字显示的电阻、电容和电感参数测试仪-few-- curriculum design to design and produce a digital display resistance, capacitance and inductance parameter tester
RLC
- 基于AT89S52的RLC测试仪，可以测量电阻、电容和电感，测量结果由液晶模块1602显示-AT89S52 based on the RLC tester, can measure resistors, capacitors and inductors, the measurement results by the liquid crystal display module 1602
RCL-Test
- 具有语音功能的LRC测试仪，能精确测出电阻，电容，电感的值
ceshi
- lcr测试仪 测试电阻，电容，电感，实现高精度测试-lcr ceshiyijingquedecechu
RLC
- RLC测试仪,也就是专门测量电阻,电容,电感的仪器,附上程序和电路图,是本人开发的经典之作之一!-RLC tester, which is devoted to measuring resistance, capacitance, inductance of the instrument, attach a process and circuit diagrams, is I developed one of the classic!
1
- 电阻 电容 电感的测试仪程序 用是AT89S52单片机-Resistance capacitance inductance tester program with a MCU AT89S52
Desktop
- 飞思卡尔 智能车 xs128单片机 图像采集 舵机测试 51单片机 电阻电感电容测试仪 数码管测试 Matlab的数据绘图 PID参数调试-Freescale microcontroller image acquisition Servo test xs128 51 single resistance inductance capacitance tester digital test Matlab of the dat
ttester_110k
- 基于Atmega8/168/328的多功能晶体管测试仪（可测晶体管、电容、电阻、电感、频率、电压等）软件源码。详细介绍请点击：http://www.mikrocontroller.net/articles/AVR_Transistortester-Based Atmega8/168/328 multifunctional transistor tester (measurable transistors, capacitors, res
ttester_eng110k
- 基于Atmega8/168/328的多功能晶体管测试仪V1.10（可测晶体管、电容、电阻、电感、频率、电压等）制作说明，包括电路原理图、制作帮助、原理等。详细介绍请点击：http://www.mikrocontroller.net/articles/AVR_Transistortester-Based Atmega8/168/328 multifunctional transistor tester V1.10 (measurable
chengxu
- 简易电容、电感、电阻、测试仪的程序，已经验证，没有问题。-Easy capacitors, inductors, resistors, tester program, has been verified, no problem.
sin_RLC
- 电子系统设计实验：基于正弦稳态法的电阻电容电感测试仪-Electronic Design Experiment: Based on the sinusoidal steady state law resistance capacitance and inductance tester
基于单片机的电阻、电容、电感测试仪(1)
- 基于单片机的电阻、电容、电感测试仪设计方案。(Instrument for measuring resistance, capacitance and inductance based on single chip microcomputer)