描述：倍加福AVM58N-032K1R0GN-1213 值編碼器德國倍加福P+F光電編碼器的介紹（一）增量式編碼器增量式編碼器是直接利用光電轉換原理輸出三組方波脈沖A、B和Z相；A、B兩組脈沖相位差90o，從而可方便地判斷出旋轉方向，而Z相為每轉一個脈沖，用于基準點定位。它的優(yōu)點是原理構造簡單，機械平均壽命可在幾萬小時以上，抗干擾能力強，可靠性高，適合于長距離傳輸其缺點是無法輸出軸轉動的絕
倍加福AVM58N-032K1R0GN-1213 值編碼器
德國倍加福P+F光電編碼器的介紹（一）增量式編碼器
增量式編碼器是直接利用光電轉換原理輸出三組方波脈沖A、B和Z相；A、B兩組脈沖相位差90o，從而可方便地判斷出旋轉方向，而Z相為每轉一個脈沖，用于基準點定位。它的優(yōu)點是原理構造簡單，機械平均壽命可在幾萬小時以上，抗干擾能力強，可靠性高，適合于長距離傳輸其缺點是無法輸出軸轉動的絕
ASM58N-F1AK1R0BN-1213
ASM58N-F1AK1R0GN-1212
ASM58N-F2AAARHGN-1213
ASM58N-F2AK1R0GN-1213
ASM58N-F2AK1RHGN-1212
ASM58N-F2AK1RHGN-1213
ASM58N-F3AAAR0GN-1213
ASS58N-F1AK1RHGN-0012
ASS58N-F2AK1R0GN-0012
AVM14N-05MK2A0GN-1212
AVM58I-011AAAHGN-1213
AVM58I-011AAR0BN-1212
AVM58I-011AAR0GN-1212
AVM58I-011K1AHBN-1212
AVM58I-032K1AHGN-1213
AVM58N-011AAR0BN-1212
AVM58N-011AAR0GN-1212
AVM58N-011AAR0GN-1212
AVM58N-011K1AHBN-1212
AVM58N-011K1R0BN-1213
AVM58N-011K1R0GN-1213
AVM58N-011K1RHGN-1212
AVM58N-011K1RHGN-1213
AVM58N-032K1R0BN-1212
AVM58N-032K1R0GN-1213
AVM58N-032K1RPGN-1212
AVS58I-011AARHGN-0012
AVS58I-032AAA0GN-0016
AVS58N-011AAR0BN-0012
AVS58N-011AAR0BN-0012
AVS58N-011AAR0GN-0012
AVS58N-011AARHGN-0012
AVS58N-011K1AHGN-0016
AVS58N-011K1R0BN-0016
AVS58N-011K1R0GN-0012
AVS58N-011K1R0GN-0013
AVS58N-011K1RHBN-0013
AVS58N-011K1RHGN-0016
DVM58N-011AGR0BN-1212
DVM58N-011AGR0BN-1213
DVM58N-011AGR0BN-1213
DVM58N-032AGR0BN-1213
DVS58N-011AGR0BN-0013
FVM58N-011AEA3BN-0813
FVM58N-011AEA3GN-0813
FVM58N-011AEA3GN-0813
FVM58N-011K2A3GN-1213
FVM58N-011K2R3BN-0813
FVM58N-011K2R3BN-1213
FVM58N-011K2R3GN-1213
FVM58N-01LAEAABN-0812
FVM58N-02LAEAAGN-0808
FVS58N-011ADR3GN-0013
FVS58N-011K2R3BN-0013
FVS58N-011K2R3GN-0013
FVS58N-021ACR1EN-00SD
FVS58N-032K2R3GN-0013
PSM58I-F2AAGR0BN-1213
PSM58N-F2AAGR0BN-1213
PSS58N-F2AAGR0BN-0013
PSS58N-F3AAGR0BN-0013
PVM58I-011AGR0BN-1213
PVM58I-032AGR0BN-1213
PVM58N-011AGR0BN-1213
PVM58N-011AZR0BN-1213
PVM58N-032AGR0BN-1213
PVS58I-011AGR0BN-0013
PVS58N-011AGR0BN-0013
PVS58N-023AGR0BN-0013
RHI58N-0AAK1R61N-00100
RHI58N-0AAK1R61N-01024
RHI58N-0BAK1R31N-01024
RHI58N-0BAK1R61N-00100
RHI58N-0BAK1R61N-00300
RHI58N-0BAK1R61N-00360
RHI58N-0BAK1R61N-00500
RHI58N-0BAK1R61N-01000
RHI58N-0BAK1R61N-01024
RHI58N-0BAK1R61N-02048
RHI58N-0BAK1R61N-03600
RHI58N-0BAK1R61N-03600
RHI58N-0BAK1R61N-03600
RHI58N-0BAK1R66N-00100
RHI58N-0BAK1R66N-01024
RHI58N-0BAK1R66N-02500
RHI58N-0BAK1R6XN-01024
RHI90N-0EAAAR61N-01024
RHI90N-0EAAAR61N-02048
RHI90N-0HAAAR61N-01024
RHI90N-0HAAAR61N-02048
RHI90N-0HAK1R61N-00500
RHI90N-0HAK1R61N-01024
RHI90N-0HAK1R61N-02048
RHI90N-0HAK1R66N-01024
RHI90N-0HAK1R66N-01024
RHI90N-0IAK1R66N-01024
RHI90N-0LAAAR61N-01024
RHI90N-0LAK1R61N-01000
RHI90N-0LAK1R61N-01024
RHI90N-0LAK1R66N-01024
RHI90N-0NAAAR61N-01024
RHI90N-0NAK1R61N-01024
RHI90N-0NAK1R66N-01024
RSI58N-02AK1R61N-01024
RVI50N-09BAAA3TN-01000
RVI50N-09BK0A3TN-00050
RVI50N-09BK0A3TN-00060
RVI50N-09BK0A3TN-00200
RVI50N-09BK0A3TN-00360
RVI50N-09BK0A3TN-00500
RVI50N-09BK0A3TN-00600
RVI50N-09BK0A3TN-01000
RVI50N-09BK0A3TN-01024
RVI50N-09BK0A3TN-01500
RVI50N-09BK0A3TN-02000
RVI50N-09BK6A3TN-00500
RVI50N-09BK6A3TN-01000
RVI50P-09BK0A3TN-01000
RVI50P-09BK0A3TN-02000
RVI58N-011AAA61N-00500
RVI58N-011AAR31N-01024
RVI58N-011AAR31N-02500
RVI58N-011AAR61N-00500
RVI58N-011AAR61N-01024
RVI58N-011AAR61N-01250
RVI58N-011AAR61N-02048
RVI58N-011AAR66N-010
RVI58N-011AAR6XN-01000
RVI58N-011AAR6XN-01024
RVI58N-011ABR6XN-01000
RVI58N-011K1A61N-00100
RVI58N-011K1A61N-00500
RVI58N-011K1A61N-01000
RVI58N-011K1A61N-01024
RVI58N-011K1A61N-01250
RVI58N-011K1A61N-01500
RVI58N-011K1A61N-02048
RVI58N-011K1A61N-02500
RVI58N-011K1A61N-05000
RVI58N-011K1A66N-02500
RVI58N-011K1R61N-00100
RVI58N-011K1R61N-00360
RVI58N-011K1R61N-00500
RVI58N-011K1R61N-01000
RVI58N-011K1R61N-01024
RVI58N-011K1R61N-01500
RVI58N-011K1R61N-05000
RVI58N-011K1R66N-01024
RVI58N-011K1R66N-02048
RVI58N-011K1R6XN-00500
RVI58N-011K1R6XN-01024
RVI58N-012K1R61N-00500
RVI58N-032AAA6XN-03600
RVI58N-032AAR31N-02048
RVI58N-032AAR61N-02500
RVI58N-032AAR66N-02500
RVI58N-032AAR6XN-01000
RVI58N-032ABR61N-01024
RVI58N-032ABR6XN-10000
RVI58N-032K1A61N-00100
RVI58N-032K1R31N-00050
倍加福AVM58N-032K1R0GN-1213 值編碼器
德國倍加福P+F光電編碼器的介紹（一）增量式編碼器
增量式編碼器是直接利用光電轉換原理輸出三組方波脈沖A、B和Z相；A、B兩組脈沖相位差90o，從而可方便地判斷出旋轉方向，而Z相為每轉一個脈沖，用于基準點定位。它的優(yōu)點是原理構造簡單，機械平均壽命可在幾萬小時以上，抗干擾能力強，可靠性高，適合于長距離傳輸其缺點是無法輸出軸轉動的絕
RVI58N-032K1R31N-00600
RVI58N-032K1R61N-01024
RVI58N-032K1R66N-01024
RVI58N-032K3R66N-01024
RVI78N-10CALA31N-01000
RVI78N-10CALA31N-01024
RVI78N-10CALA31N-05000
RVI78N-10CK2A31N-00100
RVI78N-10CK2A31N-00250
RVI78N-10CK2A31N-00600
RVI78N-10CK2A31N-01000
RVI78N-10CK2A31N-01024
RVI78N-10CK2A31N-02000
RVI78N-10CK2A31N-02500
RVI78N-10CK2A31N-03600
RVI84N-10CK2A2NN-00025
RZI58N-S12K1R31N-00050
THI40N-0SAK2R6TN-00500
THI58N-0BAK0R6TN-01000
THI58N-0TAK2R6TN-01024
TVI40N-14TK0T6TN-00360
TVI50N-09BK0A6TN-01024
TVI50N-09BK0R6TN-01000
TVI50N-09BK0R6TN-01024
TVI50T-09BK0R6TN-00100
增量型常用型號舉例如下：
10-11331_R-1024
14-14361-1024
30-3641_R-1024
10-15636_R-1024
14-14361-5000
30-4241_A-1000
10-11336_R-3600
10-13131_R-500
10-11321_R-1500
10-11321_R-360
10-11631_R-1024
10-11651_R-360
10-11331_R-500
10-03636_R-1024
10-11331_R-1000
10-113C1_R-1000
10-11651_R-5000
10-11321_R-30
10-11651_R-1024
10-15651_R-1000
10-11651_R-2500
10-15111_R-1000
10-01631_R-1024
10-01636_R-1024
10-11331_R-2000
10-15651_R-1024
10-11331_R-1024
10-11631_R-360
10-11651_A-360
10-11636IR-1000
10-15321_R-1000
10-11631_R-100
10-1121XIA-1200
10-01652_R-4096
30-4031_A-1000
30-4001_A-100
14-1436X-1024
30-4201_A-1024
10-11631_R-1024
RHI58N-0BAK1R66N-01024
RVI78N-10CK2A31N-01000
10-11631_A-1024
RVI58N-011K1R66N-01024
RVI78N-10CK2A31N-02000
10-11651_R-1024
RVI58N-011K1R61N-01024
RVI78N-10CK2A31N-01024
RVI50N-09BK0A3TN-02000
RHI58N-0BAK1R61N-01000
RHI90N-0LAK1R61N-01000
RVI50N-09BK0A3TN-01000
RVI58N-011K1R66N-02048
RHI90N-0HAAAR61N-01024
RVI50N-09BK0A3TN-00600
RVI58N-011K1A61N-01024
RHI90N-0HAK1R61N-02048
RVI50N-09BK0A3TN-00500
RHI58N-0BAK1R6XN-01024
RHI90N-0HAK1R66N-01024
RVI58N-011AAR61N-02048
RHI58N-0BAK1R61N-00500
RHI90N-0LAK1R66N-01024
RVI58N-011K1A61N-02500
RVI58N-011K1A61N-02048
RHI90N-0NAK1R66N-01024
RVI58N-011K1R6XN-01024
RVI58N-011K1R61N-05000
RHI90N-0NAK1R61N-01024
RVI58N-011K1A61N-01000
RVI58N-011K1R61N-01000
RHI58N-0BAK1R31N-01024
RVI50N-09BK0A3TN-01000
RVI50N-09BK0A3TN-02000
RVI58N-011K1R61N-01024
RHI58N-0BAK1R61N-01000
RHI90N-0HAK1R61N-01024
RHI90N-0HAK1R61N-01000
AVS58N-032K1R0GN-0012
AVS58N-032AAR0BN-0012
AVS58N-011AAR0BN-0012
AVS58N-011AARHGN-0012
AVS58N-011AAR0GN-0012
AVS58N-011K1AHGN-0016
AVS58I-011AARHGN-0012
AVS58N-032K1RHGN-0012
AVS58N-011K1RHGN-0012
AVS58I-011AAR0GN-0012
AVS58N-011K1R0GN-0012
AVS58I-011AAR0BN-0012
AVS58N-011K1RHBN-0013
AVS58N-011AAR0BN-0016
AVS58N-032AAR0BN-0013
AVS58N-011AARHGN-0013
AVS58N-032K1RHGN-0013
AVS58N-032K1RHGN-0016
AVS58N-032AARHGN-0012
SM58I-F2AAGR0BN-1213
PSM58N-F1AAGR0BN-1213
PSM58I-F1AAGR0BN-1213
PSM58N-F3AAGR0BN-1213
PSM58I-F3AAGR0BN-1213
PSS58I-F2AAGR0BN-0013
PSS58N-F2AAGR0BN-0013
PSS58N-F1AAGR0BN-0013
PSS58N-F3AAGR0BN-0013
PSS58N-F2AAGR0BN-0016
TVI58N-01NK0A6TN-00600
TVI58N-01NK0R6TN-00500
TVI58N-032K0R6TN-01000
TVI58N-032K0R6TN-00100
TVI58N-032K0R6TN-00360
TVI58N-01NK5R6TN-01024
TVI58N-01NK0R6TN-01024
TVI58N-01NK0R6TN-01000
TVI58N-01NK0R6TN-00100
TVI58N-01NK0R6TN-00360
TVI58N-01NK0R6TN-00600
TVI40N-09TK0T6TN-01024
TVI40N-09TK0T6TN-00360
TVI40N-14TK0T6TN-00360
TVI40N-14TK0T6TN-01024
TVI40N-09TK0T6TN-01024
TVI40N-09TK0T6TN-00360
TVI40N-14TK0T6TN-00360
TVI40N-14TK0T6TN-01024
TVI40N-14TK0T6TN-00050
TVI40N-14TK0T6TN-00100
TVI40N-14TK0T6TN-00200
TVI40N-14TK2T6TN-00360
TVI40N-14TK2T6TN-00500
THI58N-1BAK0R6TN-00250
THI58N-1BAK0R6TN-00300
THI58N-1BAK0R6TN-00360
THI58N-1BAK0R6TN-00500
THI58N-1BAK0R6TN-00512
THI58N-1BAK0R6TN-00600
THI58N-1BAK0R6TN-01024
THI58N-1BAK0R6TN-01000
THI58N-1BAK0R6TN-00250
THI58N-1BAK0R6TN-00300
THI58N-1BAK0R6TN-00360
THI58N-1BAK0R6TN-00500
THI58N-1BAK0R6TN-00512
THI58N-1BAK0R6TN-00600
THI58N-1BAK0R6TN-01024
THI58N-1BAK0R6TN-01000
THI58N-1BAK0R6TN-01500
THI58N-1BAK2R6TN-00060
THI58N-1BAK2R6TN-00100
THI58N-1BAK2R6TN-00125
THI58N-1BAK2R6TN-00200
THI58N-1BAK2R6TN-00250
THI58N-1BAK2R6TN-00300
THI58N-1BAK2R6TN-00360
THI58N-1BAK2R6TN-00500
THI58N-1BAK2R6TN-00512
THI58N-1BAK2R6TN-00600
THI58N-1BAK2R6TN-01000
THI58N-1BAK2R6TN-01500
THI58N-1TAK0R6TN-01500
THI58N-0BAK0R6TN-01024
THI58N-0AAK0R6TN-00500
THI58N-0BAK0R6TN-01000
德國倍加福P+F光電編碼器的介紹（一）增量式編碼器
增量式編碼器是直接利用光電轉換原理輸出三組方波脈沖A、B和Z相；A、B兩組脈沖相位差90o，從而可方便地判斷出旋轉方向，而Z相為每轉一個脈沖，用于基準點定位。它的優(yōu)點是原理構造簡單，機械平均壽命可在幾萬小時以上，抗干擾能力強，可靠性高，適合于長距離傳輸其缺點是無法輸出軸轉動的絕
