Zygo ZMI-2001 8020-0210-01-J | ZMI 2001 | Single Axis 6U VME Measurement Board | ZMI2001.The Zygo ZMI-2001 8020-0210-01-J single-axis 6U VME measurement board is a device manufactured by the American company Zygo. It is specifically designed for precise optical system control and measurement applications. This board combines high-precision measurement capabilities with reliable hardware interfaces, enabling its integration into various optical systems.
Technical Parameters
Power Supply Requirements: +5V±5%, 3.5A.
Position Format: 36-bit two's complement.
Speed Format: 32-bit two's complement.
Time Range: 107.4 seconds.
Time Format: 32-bit two's complement.
Time Resolution: 25 nanoseconds.
Optical Fiber Signals: Reference signal and measurement signal.
VME Compliance: Complies with the VME bus specification Revision C.1.
data sheet
ZMI 2000 System Displacement Measuring Interferometer Systems.pdf
Features
Space-saving: As a single-axis measurement board, it occupies fewer slots in the VME backplane. When multiple boards are used, it can effectively save space, facilitating system integration.
Simplified Interface: It adopts a simplified P2 interface, which enables easy connection of a single or multiple measurement boards to a single servo card or motor controller, reducing the complexity of system wiring and connection.
Scalability: The measurement board can be fully programmed via the interface bus (VME or ISA) or the P2 interface. The data rate can reach up to 7.7MHz, supporting up to 16 axes at most, and it can be easily expanded to meet the measurement requirements of more axes.
Application Areas
Industrial Automation: It can be used to monitor and control the movement and position of various devices on the production line to ensure the precision and stability of the production process, such as the positioning of robotic arms, the speed control of conveyor belts, etc.
Semiconductor Manufacturing: In the semiconductor manufacturing process, it is used for high-precision position measurement and alignment of equipment such as lithography machines to ensure the precision and quality of chip manufacturing.
Precision Machining: During the machining process of precision machine tools, it measures and feeds back the position information of the cutting tool or the workpiece in real time to achieve high-precision machining.
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