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Home > 제품소개 > SCANNER > Galvo Scanner > Driver

Dual Axis Analog Servo 673XX
• Microradian Level Accuracy And Maximum Frequency
Response
• Dual Axis, Compact Size For Easy Integration
• Flexible For Use With All Cambridge Technology
Scanners
• Position and Velocity Output Signals
• Very Fast Small Angle and Large Angle Step Times
• Input Scale And Offset Adjustment
• Signal Conditioning And Status Monitoring
Dual Axis Digital Servo DC2000
• Compact Cost-Effective Dual-Axis Package
• Automatic Self-Tuning, no computer required
• State-of-the-Art DSP Based Galvanometer Control for
Maximum System Performance, Ease of Integration
and Long Term Stability
• Model Based State Space Algorithm for Speeds Beyond
Analog PID Servos
• Simulation-Based Pre-Filtering Algorithms for Motion
Control Optimization
• Stand Alone, Self-Tuning and Calibration on Power
Up— No Computer Required
• Galvo Parameter Identification and Fitting for Closed
Loop Positioning Accuracy
• 16 Bit D/A Resolution for System Accuracy
• Bridge Amplifier Output for Full Galvo Small and
Large Angle Speed
• XY2-100 or High Speed Serial Digital Input Command
• Configured for Cambridge Technology’s Complete
High Performance 62XX Series of Galvanometers
Single Axis Analog Mini Servo 677XX
• Smallest Servo Driver for Compact, Low Cost
System Integration
• Position, Error, and Velocity Output Signals
• Input Scale And Offset Adjustment
• On Board Protection Circuitry
• Optimal Performance with the 6200 and 6800
Families of Cambridge Technology Scanners
Single Axis Analog Servo 671XX
• Microradian Level Accuracy And Maximum
Frequency Response
• Flexible For Use With All Cambridge
Technology Scanners
• Compact Size for Easy Integration
• Position, Error, and Velocity Output Signals
• Input Scale And Offset Adjustment
• Analog or Digital Input
• System Conditioning and Status Monitoring
Single Axis Digital Servo DC900
• State-of-the-Art DSP Based Galvanometer Control for
Maximum System Performance, Ease of Integration
and Long Term Stability
• Model Based State Space Algorithm for Speeds Beyond
Analog PID Servos
• Simulation-Based Pre-Filtering Algorithms for Motion
Control Optimization
• Stand Alone Self-Tuning and Calibration on Power
Up—No Computer Required
• Galvo Parameter Identification and Fitting for Closed
Loop Positioning Accuracy
• 16 Bit A/D and D/A Resolution for System Accuracy
• Bridge Amplifier Output for Full Galvo Small and
Large Angle Speed
• Flexible Analog or Digital Input Command Configurability
• Configured for Cambridge Technology’s Complete
High Performance 62XX Series of Galvanometers


 
sales@mjlinc.com