AMC100
piezo motion controller for EC* series positioners
The three axes controller AMC100 drives and controls all ambient and vacuum positioners of the EC* series in open and closed loop mode. The AMC100 can be controlled through USB, input/output triggers, or Ethernet and is delivered with Windows based Software, DLL and LabViewTM drivers set and JSON command support and is available with different upgrade options (/PRO, /IO, /IDS, /RC and /Rotation Compensation feature).
Specifications
| Modes of Operation | |
|---|---|
| open loop positioning | stepping signals for ECS positioners |
| closed loop positioning | closed loop control for ECS/NUM positioners |
| remote operation | Ethernet Port and USB (with adapter) |
| Size and Dimensions | |
| chassis | 22 x 22 x 4.5 cm³ |
| weight | 2 kg |
| Controller Hardware | |
| power supply | 100/115/230V, 50 .. 60 Hz |
| connector | IEC inlet |
| connection cable (ELE - POS) | 1 per axis, length: 2m |
| Software Drivers | |
| Windows, Linux | DLL, LabVIEW™, JSON |
| Stand-alone application for Windows XP™, 7™, 8™, 10™ | |
| Output Signals | |
| output connectors | 26-Pin SubD connector |
| output voltage range | stepping : 0 .. 45 V; fine positioning : 0..45 VDC |
| frequency range | stepping : 0 .. 5 kHz (1 axis); stepping : 0 .. 2 kHz (3 axes simultaneously) |
| output current | stepping : max > 16 A peak |
| maximum capacitance load | 2 µF |
| output noise | < 5 mVpp (500 kHz bandwidth) |
| resolution of signal generation | 680 µV (16 bit) |
| Trigger Signals | |
| trigger level definition | LVDS, LVTTL |
| input trigger | 1 per axis |
| trigger interface | GPIO - port |
| Features and Upgrades | |
| /PRO feature | enhanced functionalities and control for closed loop operation |
| /IO feature | realtime interfacing with external signals (through GPIO port) |
| /RC remote control feature | wireless control of nanopositioners |
| AMC/IDS closed loop feature | interferometric position control using attocube`s IDS3010 |
| Rotation Compensation feature | Feed-forward runout compensation of a rotator by two xy-stages |
Features
