描述
KJ2003X1-BB1
為了保證精度,整個系統(tǒng)的電路中所使用的運算放大器都采用高精度運放OPA2277。
硬件電路搭好之后,通過單片機程序?qū)D8400的值設(shè)為(向AD8400的寄存器寫數(shù)據(jù)),然后通過算法將預輸出的電壓值分別拆分成D/A1、D/A2各自需要輸出的電壓,再將值寫入LTC1590的寄存器中,便可從輸出端得到直流電壓V(限于篇幅,Vstand5倍放大得到V的電路圖省略)。
高精度電流I的產(chǎn)生
EUCHNER PWG-ACS0008C704?61 PULSECODER
FUJI FRENIC 5000G11 TYPE FRN4.0G11S-4EN or FRN40G11S-4E
MITSUBISHI FR-PUO2V PROGRAMMING FOR INVERTER
YASKAWA CACR-SR30SZ1SDY?230 SERVOPACK Reparatur
W?HRLE CB-09/SK2L-303 BEDIENTERMINAL CB09SK2L303_
SCHIELE 7K2 ON SINGLE PULS TIMER
POSITEC WD3-004.0801 STEUERUNG
OMRON E3S-GS3B4 PHOTOELECTRIC SWITCH _
YASKAWA SERVOPACK CACR-SR44SZ1SDY?231_
NEMIC-LAMBDA MBS-1210-22 FILTER
OMRON CQM1-ID212 INPUT UNIT CQM1ID212_
YASKAWA SERVOPACK CACR-SR44SZ1SDY?128
YASKAWA SERVOPACK CACR-SR30SZ1SDY?230_
SIEMENS 6DM1001-2LA02-1 SIMOREG 6DM 1001-2LA02-1
LENZE 330-40 Z?HLER_
YASKAWA SERVOPACK CACR-SR30SZ1SDY?137