6SN1123-1AB000CA1驱动参详

6SN1123-1AB000CA1驱动参详

6SN1123-1AB000CA1驱动参详

6SN1123-1AB000CA1驱动参详

2198-S086-ERS3   2 个  36689 

6AV2123-2MB03-0AX0

6ES7405-0KR02-0AA0  1

Eaton  AE16NN0  版本A1   1个

Eaton  CE55NN3  版本A1   1个

A20B-3300-0600/04B    1

3BSE056899R1, 1个

3BSE013238R1, 1个

6SE6400-7AA00-0BA0   1

6SL3210-1PE33-7AL0   1

IC755CSS12CDB   1

HPU690/048M1

HPU690/061MB2P

FX3U-64MR/ES-A  數量4個

BMXNOE0110   2

6DD1682-0CH3   1

6SE7041-3TL84-1BH0         1

6SE7035-1EJ84-1BH0          1

6SE7037-0EK84-1BH0          1

343-5FA01-0XE0       1

变频器 ACS880-01-09A4-3    1个  

变频器 ACS880-01-17A-3   1个

BMXEHC0200H    1

BMXAMO0210   1

BMXXBE1000   1

3BHE036348R0101 – 15

MODICON PC-0984-785  PC0984785

MODICON AS-984B-932  AS984B932

MODICON AM-C996-804  AMC996804

MODICON 557VIC10400  557VIC10400

MODICON 140-NOE-771-01  140NOE77101

MODICON 140-CPU-534-14B  140CPU53414B

MODICON 140-CPU-534-14  140CPU53414

MITSUBISHI SJ-VS26-05ZM  SJVS2605ZM

MITSUBISHI MRS1200E31  MRS1200E31

MITSUBISHI FR-Z240-5.5K-UL  FRZ24055KUL

MITSUBISHI A4U-CPU  A4UCPU

MITSUBISHI A3M-CPU-P21  A3MCPUP21

MITSUBISHI A3-CPU  A3CPU

MITSUBISHI A273U-CPU  A273UCPU

MICROSWITCH 82114805-501  82114805501

MEASUREX 51403698-100  51403698100

MEASUREX 51305701-100  51305701100

LANDIS & GYR 536-765  536765

KEYENCE CORP ML-G9311F  MLG9311F

KAWASAKI P80B22450RCX2R  P80B22450RCX2R

ITE SIEMENS ND63-B-120  ND63B120

ITE SIEMENS EISHFD63B12AFAFSH  EISHFD63B12AFAFS

INTEGRAL TECHNOLOGIES 3378-00400  337800400

INDRAMAT TDM1.4-050-300-W1-000  TDM14050300W1000

INDRAMAT RAC-4-3-400-460-A01-W1  RAC43400460A01W1

INDRAMAT MDD112D-N-015-N2L-130PB0  MDD112DN015N2L13

INDRAMAT MDD090C-N-020-N2L-110PB0  MDD090CN020N2L1B

INDRAMAT MDD065C-N-040-N2L-095PB0  MDD065CN040N2L09

INDRAMAT CLM-01.3-X-E-4-0-FW  CLM013XE40FW

INDRAMAT 2AD160C-B350A1-BS03D2N1  2AD160CB350A1BS0

HUB CITY 0220-06303-1010  0220063031010

HONEYWELL XL-100CU  XL100CU

HONEYWELL EXCEL-100-B  EXCEL100B

HOFFMAN ENCLOSURES PTRS482424XA  PTRS482424XA

HIMA 99-7105233  997105233

GRUNDFOS CHIE-4-60-A-B-G-BQQE  CHIE460ABGBQQE

GETTYS M305D-A01-102  M305DA01102

GENERIC CB001655020  CB001655020

GENERAL ELECTRIC DS215DMCBG1AZZ02A  DS215DMCBG1AZZ02

GENERAL ELECTRIC 803612-RE  803612RE

GENERAL ELECTRIC 7VZDS052IB01  7VZDS052IB01

GENERAL ELECTRIC 6V10F3231  6V10F3231

GENERAL ELECTRIC 193X379ADG01  193X379ADG01

GENERAL ELECTRIC 186C8138G2  186C8138G2

GENERAL ELECTRIC 186C8135G1  186C8135G1

GENERAL ELECTRIC 118D1368G1  118D1368G1

GENERAL ELECTRIC 118D1366G1  118D1366G1

GENERAL ELECTRIC 0621L0204-G001  0621L0204G001

GE FANUC IC752WTA005  IC752WTA005

GE FANUC IC647WMI620  IC647WMI620

GE FANUC IC3600EPSE2  IC3600EPSE2

GE FANUC 44C372657-G01  44C372657G01

FURNAS ELECTRIC CO 3VL5-763-1EE46-0AA0  3VL57631EE460AA0

FOXBORO 220S-3F6-C  220S3F6C

FOXBORO 130M-N5-D  130MN5D

FORMSPRAG CL-41826-1  CL418261

FANUC A20B-0003-0744  A20B00030744

FANUC A16B-1212-0420  A16B12120420

FANUC A16B-1210-0410  A16B12100410

FANUC A16B-1210-0340  A16B12100340

FANUC A16B-1010-0040  A16B10100040

FANUC A16B-0160-0960  A16B01600960

FANUC A06B-6088-H226  A06B6088H226

FANUC A06B-6050-H005  A06B6050H005

FANUC A06B-6044-H026  A06B6044H026

FANUC A06B-0642-B011  A06B0642B011

FANUC A06B-0512-B202  A06B0512B202

FANUC A06B-0346-B356  A06B0346B356

FANUC A02B-0058-B501  A02B0058B501

EXLAR GS60-1003-MXM-AB1-M6  GS601003MXMAB1M6

ELECTRO CRAFT PDM-150  PDM150

DYNAMATIC 15-867-13  1586713

DOLAN JENNER SS950-48020  SS95048000

DAYTRONIC 10K8A  10K8A

CUTLER HAMMER XTCE500M22A  XTCE500M22A

CUTLER HAMMER IQA6010  IQA6010

CUTLER HAMMER HLD3600F  HLD3600F

CUTLER HAMMER D7DBA12STA1XXX  D7DBA12STA1XXX

CUTLER HAMMER CPS500600DSB  CPS500600DSB

CONTROL TECHNIQUES DB220NP  DB220NP

CONTROL TECHNIQUES 858905-00  85890500

CONTROL TECHNIQUES 320C-03  320C03

COGNEX IS5400-00  IS540000

CLEVELAND MOTION CONTROL E6A0110A1A0E10R  E6A0110A1A0E10R

BOSCH 1070077920-100  1070077920100

BAILEY CONTROLS IMMFP-12  IMMFP12

AURORA PUMP 476-0386-644  4760386644

ASEA BROWN BOVERI IRB6400-M96  IRB6400M96

ASEA BROWN BOVERI E2N12BBHEB00EXX  E2N12BBHEB00EXX

ASEA BROWN BOVERI ACS800-U4-0210-5-D150-L503  ACS800U402105D11

ASEA BROWN BOVERI 57275847  57275847

ASEA BROWN BOVERI 52700141  52700141

ASEA BROWN BOVERI 34518050  34518050

ASCO H117AJ112F1F26V16  H117AJ112F1F26V1

ASCO G4343160047XC  G4343160047XC

APC ACRP101  ACRP101

ALLEN BRADLEY 8520-PX3-LIBAT-M-MEXE2-SM4-SR-1-2-3-4-5-6  8520PX3LIBATMMEX

ALLEN BRADLEY 8000-MDG8Z  8000MDG8Z

ALLEN BRADLEY 8000-MDG8  8000MDG8

ALLEN BRADLEY 8000-MDG4Z  8000MDG4Z

ALLEN BRADLEY 6600-XL5  6600XL5

ALLEN BRADLEY 6181-AFDDBCBZZ  6181AFDDBCBZZ

ALLEN BRADLEY 5370-CVIM2BC  5370CVIM2BC

ALLEN BRADLEY 5370-CVIM2AC  5370CVIM2AC

ALLEN BRADLEY 5150-MRS  5150MRS

ALLEN BRADLEY 5130-RM  5130RM

ALLEN BRADLEY 501582  501582

ALLEN BRADLEY 4100-212  4100212

ALLEN BRADLEY 2711-T10C8  2711T10C8

ALLEN BRADLEY 20BD065A3AYNACD0NNAD  20BD065A3AYNACD0

ALLEN BRADLEY 1785-V80B  1785V80B

ALLEN BRADLEY 1785-L60B/E  1785L60BE

ALLEN BRADLEY 1785-L20C15  1785L20C15

ALLEN BRADLEY 1775-S4A  1775S4A

ALLEN BRADLEY 1775-MS4  1775MS4

ALLEN BRADLEY 1775-MR8  1775MR8

ALLEN BRADLEY 1771-DMC4  1771DMC4

ALLEN BRADLEY 1771-DMC  1771DMC

ALLEN BRADLEY 1756-L75  1756L75

ALLEN BRADLEY 1756-L73  1756L73

ALLEN BRADLEY 1756-L60M03SE  1756L60M03SE

ALLEN BRADLEY 150-B54NBD  150B54NBD

ALLEN BRADLEY 150-A97NB  150A97NB

ALLEN BRADLEY 150-A97NB  150A97NB

ALLEN BRADLEY 150-A500NBD  150A500NBD

ALLEN BRADLEY 150-A180NBD  150A180NBD

ALLEN BRADLEY 1394-SJT05-C-RL  1394SJT05CRL

ALLEN BRADLEY 1336VT-B125-EAT-L3  1336VTB125EATL3

ALLEN BRADLEY 1336-RFB-80-C  1336RFB80C

ALLEN BRADLEY 1336-RFB-80-C  1336RFB80C

ALLEN BRADLEY 1336-QOUT-SP17A  1336QOUTSP17A

ALLEN BRADLEY 1336-QOUT-SP14A  1336QOUTSP14A

ALLEN BRADLEY 1336F-B125-AA-EN-GM1-HCS2  1336FB125AAENGM2

ALLEN BRADLEY 1326AS-B440G-21  1326ASB440G21

ALLEN BRADLEY 1326AB-B730E-21-L  1326ABB730E21L

ALLEN BRADLEY 1326AB-B720E-21-L  1326ABB720E21L

大功率模块开关电源的损耗主要有高频开关损耗、高频变压器损耗、整流损耗和线路传导损耗4部分。而在低电压大电流输出的应用场合，整流损耗和线路传导损耗占有较大的比重，输出电压越低，输出电流越大，则整流损耗和线路传导损耗占模块开关电源总损耗的比重越大。

二极管损耗

在传统的整流中采用二极管整流，而在低电压输出条件下一般采用肖特基二极管整流，肖特基二极管和其他整流二极管相比具有开关速度快，正向电压降低的优点，但是肖特基二极管的正向电压降和整流输出电流的大小有关，整流输出电流越大则正向电压降越大，有可能高达0.5～0.6V或更大，并且肖特基二极管的反向漏电流较大。

而同步整流技术利用导通电阻小，低耐电压的场效应管(MOSFET)来代替普通整流二极管。由于同步整流MOSFET具有导通电阻低(一般只有几mΩ)、阻断时漏电流小、开关工作频率高的特点，可以*大的减小电源整流部分的功耗，使电源系统的工作效率明显得到提高，但是在具体应用中同步整流的实现要比二极管整流要复杂些。在开关电源的低电压大电流输出应用场合，同步整流技术有着很好的应用前景。