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微纳加工技术/
- 微米纳米加工技术—自顶向下 表面加工技术 (Surface Micromachining) 体硅加工技术 (Bulk Micromachining) LIGA (X射线曝光、微电铸、微铸塑) 电火花微加工技术 (Discharging) 激光微加工技术 (Laser micromachining) 电子束微加工技术 (E-Beam micromachining) 聚焦离子束（FIB, Focus ion beam）
0111100011
- 基于msp430g2系列的积分式直流电压表，不需要使用AD转换，12864液晶显示，通过充放电的时间计算得到电压值-Integral on msp430g2 series DC voltmeter, do not need to use the AD converter, 12864, LCD voltage value calculated by charging and discharging time
temp
- 51利用电阻电容充放电进行温度测量，C语言，成本低-51 the use of resistance and capacitance charging and discharging the temperature measurements, C language, low cost
RXXA
- 一款7串锂电保护板软件,可实现锂电的充电和放电管理.-A 7 string lithium protection board software enables charging and discharging lithium management.
soft_ad
- 利用电容充放电的特点，使用单片机和简单的电容电阻，实现纯软件方式的AD转换。-Using capacitor charging and discharging characteristics, and simple to use single chip capacitors resistors, way to achieve pure software AD conversion.
MW_1
- 电磁兼容项目组闪电回击模拟项目，通过FDTD建模，方针计算了闪电放电特性，已经周围的电磁环境-Emc project lightning back, through FDTD modeling simulation project is calculated, policy, has lightning discharging characteristics of the electromagnetic environment around
7144675-Simulation-Model-for-Discharging-a-LeadAc
- Simulation design of lead acid battery
ch2example9prg1
- 这是应用ｍａｔｌａｂ模拟电容充放电的过程，编写一段程序，希望对大家有用。-This is the application matlab analog capacitor charging and discharging process, the preparation of a program, in the hope that useful.
d4ef13.ZIP
- Buck变换器动态过程电容充放电平衡控制策略Buck converter dynamic process of capacitor charging and discharging balance control strategy-Buck converter dynamic process of capacitor charging and discharging balance control strategy
Solar-street-lamps-control
- 结合24C04，LCD1602，STC-ADC,STC12C5A60S2_PWM的驱动程序,实现太阳能电池板对蓄电池的充放电控制，同时控制路灯。-Combined with 24 C04, LCD1602, STC-ADC, STC12C5A60S2_PWM driver, realize the solar panels to the battery charging and discharging control, and the control of street lamp.
STC-RC-ADC
- 使用一个IO口做RC充放电来模拟ADC.-RC charging and discharging using a IO port to do to simulate the ADC.
2CDQ-2A-
- 2路充放电。控制充电系统进行智能能自动切换充电的系统。 -2-way charging and discharging. Controlling the charging system for the intelligent can be automatically switched to the charging system.
rc_detect
- 使用RC充放电原理测电阻，攻克测量四个电阻的阻值，使用EMC单片机-RC charging and discharging the principle of resistance measurement, measurement overcome four resistor, using EMC MCU
RC-test20121117
- RC充放电时间常数测量并用RS232通讯在PC机显示-measuring the const data of RC- charging&discharging
gukh
- matlab仿真。matlab进行超级电容充放电的闭环控制。-matlab simulation. matlab super capacitor charging and discharging of the closed-loop control.
lilizixudianchi
- 本文设计了主电路参数并在MATLAB/Simuhnk环境下进行了仿真。本文还提 出了以MC9512D64为核心的双向DC/DC变换器控制板和控制器的硬件、软件的完 整的设计方案。充电采用恒流充电和恒压充电相结合的控制策略，实现单体电池 电压控制，提高了充放电控制性能和安全性。充放电系统样机测试结果表明:满 载时，系统效率80 以上，功率因数99 以上，谐波含量5 以下，满足设计要求， 验证了系统设计的可行性。 -The design parameters of the m
intlevbkcon
- The voltage stress across all the active switches is half of the input voltage before turn-on or after turn-off when the operating duty is below 50 , the capacitive discharging and switching losses can be reduced considerably. It has a highe
Solar-controller
- 本文介绍了一种基于单片机的太阳能控制器，系统使用低功耗、高性能的AT89S51单片机作为控制电路的核心器件。此系统由太阳能电池模块，蓄电池，充放电电路，电压采集电路，单片机控制电路和光耦驱动电路组成。设计使用PWM（脉宽调制）控制技术来控制蓄电池充放电，通过控制MOSFET管开启和关闭达到控制电池充放电的目的。实验结果表明，该控制器性能可靠，可以监视太阳能电池和蓄电池电池状态，实现控制蓄电池最优充放电，达到延长蓄电池的使用寿命。-This paper introduces a solar con
Capacitor_Charing and Discharging
- this is a simulation of capacitor charging and discharging with simulink
ev
- electric vehicle charging and discharging