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zhiliudianzifuz2012
- 本直流负载电路设计程序是一个电子设计大赛的代码，当时亲自动手设计在MSP430上实现了-The DC load circuit design process is an electronic design contest code, then hands the design and implementation on the MSP430
boost
- 直流斩波升压电路仿真 输出波形符合要求 从50V升到200 占空比0.6-DC boost chopper circuit simulation output waveform to meet the requirements
DC_Motor_Main
- 基于FPGA的verilog语言，实现对直流电机的PWM控制，包括电路图、主程序、控制模块、测速模块等-Based on FPGAVeriloglanguage, realization of PWM control of DC motors, including circuit diagrams, master, control module, the speed module
Fig6x33
- 直流坡屋面-m系统仿真模型 H行主电路仿真-DC sloping roof system simulation model H-m line main circuit simulation
GS2678
- 使用芯片GS2678芯片的DC-DC电源电路设计以及程序的编写，以使实现降压功能-Use chip GS2678 chip DC-DC power supply circuit design and preparation of the program, so to achieve a buck function
test
- 人为数字给定直流电机转速，与霍尔测速得到的直流电机转速（反馈量）进行比较，其差值经过PID运算，将得到控制量并产生PWM脉冲，通过驱动电路控制直流电机的转动，构成直流电机闭环调速控制系统。 -For digital dc motor speed, given with hall speed of dc motor speed (feedback) comparison, the difference through the PID arithmetic, will get control a
pwm
- This a pwm circuit. pwm circuit is very necessary part for the control of the semiconductor switches like IGBT, MOSFET etc. to make converters like ac-dc, dc-dc, dc-ac, several types of converters are necessary. in all converters control circuit this
DDS-Firmware
- aTmega16做的简易信号发生器，能够产生正弦波、方波、三角波、锯齿波、反向锯齿波、心电图、噪声，频率范围 0 ~ 65534Hz，还有一个高速输出口能输出1, 2, 4 ,8MHz信号 振幅0-10V，直流偏置范围-5V~5V，频率步进1, 10, 100, 1000, 10000Hz，能够保存设置。 电路由AVR最小系统、R-2R电阻网络组成的DAC电路、LM358放大电路、按键、LCD显示构成。 熔丝：HIGH = 0×59 LOW = 0xCF-aTmega1
hex2header
- Hey, I was going over your Electronics 101 and loving it...I just built a period correct 100W 1968 Marshall Plexi based on the 1959 circuit (I ve been on a relentless 2 year Eddie Van Halen 1 tone hunt) and now I m trying to learn more about it. Anyw
Mobaddel
- Hey, I was going over your Electronics 101 and loving it...I just built a period correct 100W 1968 Marshall Plexi based on the 1959 circuit (I ve been on a relentless 2 year Eddie Van Halen 1 tone hunt) and now I m trying to learn more about it. Anyw
chopper
- 直流斩波电路 boost chopper 仿真实现110v直流源到负载端220v的效果-DC boost chopper chopper circuit simulation 110v 220v DC source to the load side effect
CN103018541A
- 无刷直流电机反电动势过零点检测电路与方法相关专利，很有参考价值-Brushless dc motor counter electromotive force passing zero detection circuit and the method related patents, has a reference value
buckboost
- 一个简单的直流变换器，通过buck-boost变换电路，得到期望的电压。该模型能够正常运行，绝对正确。-A simple dc converter, through the buck- boost conversion circuit, achieve the desired voltage. This model can run normally, absolutely right.
MotorSpeed_SimulinkModeling
- DC Motor Speed: Simulink Modeling Physical setup A common actuator in control systems is the DC motor. It directly provides rotary motion and, coupled with wheels or drums and cables, can provide translational motion. The electric ci
S130920052
- 以12脉波整流电路为研究对象，有效降低网侧电流的谐波畸变，其主要原因在于所采用的移相变压器，能过它可使各6脉波二极管整流器产生的低次谐波相互抵消。利用Matlab—Simulink建立模型对其进行仿真，并对其产生谐波电流进行分析和计算，阐述了其消谐原理。这种整流电路采用两个6脉波二极管整流器进行串联，功率因数较高，提高了直流电压的输出能力，对减少电网中的谐波干扰十分有效，可以有效地消除钢厂电力系统中较高次数的谐波。-Low-order harmonics with 12 pulse rectif
69171172dianyan2
- 开关电源设计：本系统基于反馈控制思想，由交直流转换电路、DC-DC变换器、步进电路模块和显示模块4个模块电路构成开关稳压电源-请键入文字或网站地址，或者上传文档。 取消 Kāiguān diànyuán shèjì: Běn xìtǒng jīyú fǎnkuì kòngzhì sīxiǎng, yóu jiāo zhíliú zhuàn huàn diànlù,DC-DC biànhuàn qì, bù jìn diànlù mókuài hé xiǎnshì mókuài 4 gè
zhiliudianjitiaosuchengxu
- 本设计采用AT89S52单片机为主控制器设计出一种基于PWM波控制直流电机的调速系统，通过微机和驱动电路可以实现电机的正反转，加减速调整-This design uses AT89S52 microcontroller-based controller design based on PWM wave control DC motor speed control system, through the computer and the drive circuit can be achieved
09-AC_DC
- AC转DC的电路原理图，稳定电压输出值得大家参考学习-The circuit diagram of AC to DC, the stable voltage output is worth reference learning....
zhiliu-fz
- 简易直流电子负载，以单片机W78E058为主控芯片，包括主控器、人机交互电路、MOSFET功率电路和信号处理电路-Simple DC electronic load, as the main chip microcontroller W78E058, including the master, human-computer interaction circuit, MOSFET power circuitry and signal processing circuit
STATCOM_PI
- 采用载波移相和PI控制器的（电流前馈解耦）STATCOM仿真，电路拓扑为H桥级联，实现了直流侧电压的平衡控制-Using STATCOM simulation of carrier phase shift and the PI controller, the circuit topology for the H bridge cascade, the realization of DC side voltage balance control