代码搜索：Rectifier
找到约 180 项符合「Rectifier」的源代码
代码结果 180
www.eeworm.com/read/7827/136403
prp fullwave rectifier passive pfc_sch.prp
("FILE_TYPE" "PMAP File"
("devices"
("C"
("info"
("spice_dsg" "C")
("port_order"
("1")
("2")
www.eeworm.com/read/7827/136405
1 fullwave rectifier passive pfc.out.1
**** 06/14/06 14:17:36 ******* PSpice 10.3.0 (Jan 2004) ******* ID# 1111111111
** Profile: "Fullwave rectifier passive PFC-Fullwave rectifier passive PFC" [ D:\Christophe\Livres\Spice simus 2\C
www.eeworm.com/read/488568/6489709
cpp bus.cpp
#include "Bus.h"
typedef DCBus::Type BusType;
const BusType DCBus::RECTIFIER(1);
const BusType DCBus::INVERTER(-1);
typedef DCBus::CtrlMode CtrlMode;
const CtrlMode DCBus::POWER(0x01U);
www.eeworm.com/read/385894/8783233
txt 13-2.txt
!/BACH,LIST
/TITLE,SIMPLE HALF WAVE RECTIFIER WITH IDEAL DIODE ! 定义工作标题
/FILNAME,HALF WAVE RECTIFIER,1 ! 定义工作文件名
KEYW,MAGELC,1 ! 指定电路分析
/PREP7
PI = 4*ATA
www.eeworm.com/read/429621/8798551
m set2.m
% parameters of synchronous generator set 2
Sbratio(2) = 1000/911;%ratio of system to machine base VA
Perunit = 1 % parameters given in per unit of machine base
Frated = 60;
Poles = 4; % not cer
www.eeworm.com/read/280649/10300471
cir prb2_29.cir
Prb2_29.CIR - FW rectifier
vs 1 0 SIN( 0V {sqrt(2)*120V} 60Hz )
Rs 1 2 0.0010ohm
* Ideal transformer, 10:1 ratio
L1 2 0 1H IC=-0.39A
L2 3 0 10mH
L3 0 4 10mH
kall L1 L2 L3 1
D1 3 5 DMOD
D2 4 5
www.eeworm.com/read/421516/10733448
m set2.m
% parameters of synchronous generator set 2
Sbratio(2) = 1000/911;%ratio of system to machine base VA
Perunit = 1 % parameters given in per unit of machine base
Frated = 60;
Poles = 4; % not cer
www.eeworm.com/read/464109/7169624
m set2.m
% parameters of synchronous generator set 2
Sbratio(2) = 1000/911;%ratio of system to machine base VA
Perunit = 1 % parameters given in per unit of machine base
Frated = 60;
Poles = 4; % not cer
www.eeworm.com/read/257009/11961166
m pulse.m
function volts = pulse(wt)
% Function to simulate the output of a half-wave rectifier.
% wt = Phase in radians (=omega x time)
% Convert input to the range 0 = 2*pi