庫(kù)存銷售內(nèi)密控OVW2-04-2MD編碼器
亨樂(lè)內(nèi)密控編碼器OVW2-04-2MD
|
集電極輸出
|
推拉輸出
|
長(zhǎng)線驅(qū)動(dòng)輸出
|
電壓輸出
|
|
OVW2-006-2MC
|
OVW2-006-2MHT
|
OVW2-006-2MD
|
OVW2-006-2
|
|
OVW2-01-2MC
|
OVW2-01-2MHT
|
OVW2-01-2MD
|
OVW2-01-2
|
|
OVW2-02-2MC
|
OVW2-02-2MHT
|
OVW2-02-2MD
|
OVW2-02-2
|
|
OVW2-03-2MC
|
OVW2-03-2MHT
|
OVW2-03-2MD
|
OVW2-03-2
|
|
OVW2-036-2MC
|
OVW2-036-2MHT
|
OVW2-036-2MD
|
OVW2-036-2
|
|
OVW2-04-2MC
|
OVW2-04-2MHT
|
OVW2-04-2MD
|
OVW2-04-2
|
|
OVW2-05-2MC
|
OVW2-05-2MHT
|
OVW2-05-2MD
|
OVW2-05-2
|
|
OVW2-06-2MC
|
OVW2-06-2MHT
|
OVW2-06-2MD
|
OVW2-06-2
|
|
OVW2-08-2MC
|
OVW2-08-2MHT
|
OVW2-08-2MD
|
OVW2-08-2
|
|
OVW2-09-2MC
|
OVW2-09-2MHT
|
OVW2-09-2MD
|
OVW2-09-2
|
|
OVW2-10-2MC
|
OVW2-10-2MHT
|
OVW2-10-2MD
|
OVW2-10-2
|
|
OVW2-1024-2MC
|
OVW2-1024-2MHT
|
OVW2-1024-2MD
|
OVW2-1024-2
|
|
OVW2-12-2MC
|
OVW2-12-2MHT
|
OVW2-12-2MD
|
OVW2-12-2
|
|
OVW2-15-2MC
|
OVW2-15-2MHT
|
OVW2-15-2MD
|
OVW2-15-2
|
|
OVW2-18-2MC
|
OVW2-18-2MHT
|
OVW2-18-2MD
|
OVW2-18-2
|
|
OVW2-20-2MC
|
OVW2-20-2MHT
|
OVW2-20-2MD
|
OVW2-20-2
|
|
OVW2-2048-2MC
|
OVW2-2048-2MHT
|
OVW2-2048-2MD
|
OVW2-2048-2
|
|
OVW2-25-2MC
|
OVW2-25-2MHT
|
OVW2-25-2MD
|
OVW2-25-2
|
|
OVW2-36-2MC
|
OVW2-36-2MHT
|
OVW2-36-2MD
|
OVW2-36-2
|
|
OVW2-006-2MHC
|
|
|
OVW2-006-2M
|
|
OVW2-01-2MHC
|
|
|
OVW2-01-2M
|
|
OVW2-02-2MHC
|
|
|
OVW2-02-2M
|
|
OVW2-03-2MHC
|
|
|
OVW2-03-2M
|
|
OVW2-036-2MHC
|
|
|
OVW2-036-2M
|
|
OVW2-04-2MHC
|
|
|
OVW2-04-2M
|
|
OVW2-05-2MHC
|
|
|
OVW2-05-2M
|
|
OVW2-06-2MHC
|
|
|
OVW2-06-2M
|
|
OVW2-08-2MHC
|
|
|
OVW2-08-2M
|
|
OVW2-09-2MHC
|
|
|
OVW2-09-2M
|
|
OVW2-10-2MHC
|
|
|
OVW2-10-2M
|
|
OVW2-1024-2MHC
|
|
|
OVW2-1024-2M
|
|
OVW2-12-2MHC
|
|
|
OVW2-12-2M
|
|
OVW2-15-2MHC
|
|
|
OVW2-15-2M
|
|
OVW2-18-2MHC
|
|
|
OVW2-18-2M
|
|
OVW2-20-2MHC
|
|
|
OVW2-20-2M
|
|
OVW2-2048-2MHC
|
|
|
OVW2-2048-2M
|
|
OVW2-25-2MHC
|
|
|
OVW2-25-2M
|
|
OVW2-36-2MHC
|
|
|
OVW2-36-2M
|
OVW2-04-2MD內(nèi)密控編碼器工作原理：
由一個(gè)中心有軸的光電碼盤，其上有環(huán)形通、暗的刻線，有光電發(fā)射和接收器件讀取,獲得四組正弦波信號(hào)組合成A、B、C、D,每個(gè)正弦波相差90度相位差（相對(duì)于一個(gè)周波為360度），將C、D信號(hào)反向
，疊加在A、B兩相上，可增強(qiáng)穩(wěn)定信號(hào)；另每轉(zhuǎn)輸出一個(gè)Z相脈沖以代表零位參考位。
由于A、B兩相相差90度，可通過(guò)比較A相在前還是B相在前，以判別編碼器的正轉(zhuǎn)與反轉(zhuǎn)，通過(guò)零位脈沖，可獲得編碼器的零位參考位。