| 詳細(xì)參數(shù) | |||
|---|---|---|---|
| 品牌 | 其他 | 型號(hào) | 模塊卡件 |
| 類(lèi)型 | 電流互感器 | 工作性質(zhì) | 阻流 |
| 絕緣介質(zhì) | 氣體絕緣式 | 變換原理 | 電磁式 |
| 安裝方式 | 貫穿式 | 比差 | 1 |
| 角差 | 1 | 額定電流比 | 9 |
| 額定電壓 | 9 | 熱穩(wěn)定倍數(shù) | 6 |
| 標(biāo)稱(chēng)電感量 | 6 | 允許誤差 | 0.1 |
| 感抗 | 0.1 | 品質(zhì)因數(shù)Q | 01 |
| 額定電流 | 9 | 標(biāo)稱(chēng)電壓 | 9 |
| 分布電容 | 100 | 產(chǎn)地 | 福建 |
MXA81A-012-503-00
MXA81A-016-503-00
MXA81A-024-503-00
MXA81A-048-503-00 SEW 驅(qū)動(dòng)器
艾默生 軸卡 6312 A6312
ACS4810-350F 控制器 科爾摩根 或者 丹納赫
歐陸 6055-L-00 模塊
ABB 23ZG21 控制卡
560RTC01 ABB 1KGT006700R0001
ABB 560CMU02 1KGT201444R0011
Abb 1kgt022300r0002
PP245 ABB 按鍵屏
ABB PP245 3BSC690103R1
YASKAWA SGDH-2BDEB 驅(qū)動(dòng)器
TRICONEX DI3503E 3503E
大隈OKUMA BL-MC25J-30SB 電機(jī)
KUKA 示教器 00-168-334 00168334
TRICONEX 3625 模塊
霍尼韋爾 51403698-100 模塊
ABB高壓主板：SDCS-CON2-21.COAT 訂貨號(hào)：3ADT220072R0012
R911295323HMS01.1N-W0036-A-07-NNNN
R911295324HMS01.1N-W0054-A-07-NNNN
R911295325HMS01.1N-W0070-A-07-NNNN
R911295326HMS01.1N-W0150-A-07-NNNN
R911297164R-IL PB BK DP/V1RMK12.2-IBS-BKLBTV40工控機(jī)
HNP01.1N-04K2-R0800-A-480-NNNN
NAM04.2-480-0450-NN-230
MKE037B-144-KG0-BENN
5610 214 510 MKE037B-144-KGO-BENN
MKE037B-144-KGO-BENN
DKC02.3-040-7-FW
DKC02.3-100-7-FW
DKC01.3-040-7-FW
DKC01.3-100-7-FW
DKC03.3-040-7-FW
DKC03.3-100-7-FW
DKC11.3-040-7-FW
140CRP31200
140CPU65150
140CPU67160
140NOE77101
140CRA31200
140AC013000
140ACI04000
140ACO02000
140ARI03010
140ATI03000C
140CPS11420
140CPU11303
140DAI74000
140DAO85300
140DDI35300
140DDO35300
170ADO35000
170INT11000
TSXAEY414
TSPX57103
DDSCR-120CPU14200 (CPU10 Program memory: 8KW)
DDSCR-120CPU34100 (CPU20 Program memory: 16KW)
DDSCR-120CPU34110 (CPU21 Program memory: 16KW)
DDSCR-130CPU54100 (CPU30 Program memory: 32KW)
DDSCR-130CPU54110 (CPU35 Program memory: 40KW)
JAMSC-120MMB1010 (MC10 One-axis motion Analog)
JAMSC-120MMB10400 (MC20 Four-axes motion Analog)
JAMSC-120MMB20200 (MC15 Two-axes motion Pulse train)
DISCT-TB120 (Teaching Pendant)
DISCT-TB120E (Teaching Pendant)
FMSGL-983 (MEMOSOFT for PC-98)
FMSGL-DV3 (MEMOSOFT for DOS/V)
FMSGL-AT3 (MEMOSOFT for PC-AT)
FMSGL-WDC (MEMOWIN for Windows Japanese)
FMSGL-WDCE (MEMOWIN for Windows English)
JAMSC-120CRD13100 (Remote I/O driver)
JAMSC-120CRD13110 (Remote I/O drive for 2000,1000 I/O)
JAMSC-120CRD21100 (Distributed I/O driver)
JAMSC-120CRR13100 (Remote I/O receiver)
JAMSC-120NAH93500 (Electric/Optical converter H-PCF)
JAMSC-120NAH93510 (E/O converter quartz)
JAMSC-120NAH93520 (E/O converter H-PCF, Redundant)
JAMSC-120NAH93530 (E/O converter quartz, Redundant)
JAMSC-120NDN31100 (YENET-1600 master module)
JAMSC-120NDN31110 (YENET-1600D DEVICENET module)
JAMSC-120NET12100 (ETHERNET module)
JAMSC-120NFB23100 (PC Link module)
JAMSC-120NMN31000 (M-NET module)
JAMSC-120NOM26100 (MEMOBUS RS-232×2port)
JAMSC-120NOM27100 (MEMOBUS RS422×2port)
JAMSC-120XCA39300 (MEMOBUS PLUS Hub module)
DISCT-J2500,V (Star coupler H-PCF)
DISCT-J2500S,V (Star coupler quartz)
JAMSC-FL120CP01 (FL120 CPU board)
JAMSC-FL120IO01 (FL120 I/O board)
JAMSC-FL130CP01 (FL130 CPU board)
JAMSC-FL130IO01 (FL130 I/O board)
KFG Level SG-4/MA-ZVSS250AUM80-SILBNA-25
KFG Level 16-MG-M1000-V60-MRA M BGU-1 PVC ERV-3
KFG Level 8-VSS-L 280/12-V44A-2 BNA-20/16/RF-MG-M1000-V60-MRA/SG-3/M/1-ZVSS220
KFG Level MG-AU-VK10-TS-L1150/M100MG-AU-AK10-TE-L500/M300/18
KFG Level BNA-20/16/RF-MG-M500-V60-MRA/SG-1/M/1-ZVSS220
KFG Level MG-AU-VK10-TS-L650/M500 AL2-MUU-L200-SV-L1=80ADRV-2"-VUU-L200
KFG Level 12-V44A AL2-MUU-L250-SV-L1=100ADRV-2"-VUU-L250/12-V44A
KFG Level AL2-MOS-L320-SV-L1=100ADRV-2"-VOS-L320/12-V44A
KFG Level ERV-3/8-VSS-L280/12-V44A-2.0PVERV3/8-VSS-L280/12-V44A-2
KFG Level AL2-M000-S-L480-SV-L1=100BNA-20/16/C-MG-M1200-V60-MRA-3/M2-ZVSS250 KFG Level ADRV-2"-VOOOS-L480/12-V44A
KFG Level BNA-20/16/RF-MG-M1500-V60*2-MRA/SG-2/M-ZVSS250
KFG Level MG-AU-VK5-TS-L1650/M1500
AB羅克韋爾2711-T9A5現(xiàn)貨快訊使輸出的直流更平滑。去耦電容相當(dāng)于電池，避免由于電流的突變而使電壓下降，相當(dāng)于濾紋波。在電子電路中，去耦電容和旁路電容都是起到抗干擾的作用，電容所處的位置不同，稱(chēng)呼就不一樣了。對(duì)于同一個(gè)電路來(lái)說(shuō)，旁路電容是把輸入信號(hào)中的高頻噪聲作為濾除對(duì)象，把前級(jí)攜帶的高頻雜波濾除，而去耦電容也稱(chēng)退耦電容，是把輸出信號(hào)的干擾作為濾除對(duì)象。從電路來(lái)說(shuō)，總是存在驅(qū)動(dòng)的源和被驅(qū)動(dòng)的負(fù)載。如果負(fù)載電容比較大，驅(qū)動(dòng)電路要把電容充電、放電，才能完成信號(hào)的跳變，在上升沿比較陡峭的時(shí)候，電流比較大，這樣驅(qū)動(dòng)的電流就會(huì)吸收很大的電源電流，由于電路中的電感，電阻（特別是芯片管腳上的電感，會(huì)產(chǎn)生反彈），這種電流相對(duì)于正常情況來(lái)說(shuō)實(shí)際上就是一種噪聲，會(huì)影響前級(jí)的正常工作。
