DC3000 - Low Noise Servo Driver0 pages

25 Hartwell Avenue, Lexington, MA 02421
781-541-1600
781-541-1601
www.camtech.com

Digital Control Center Model 3000 Series
Low Noise Dual Axis Digital Servo Drive Electronics
Architecture and Benefits
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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
Ultra low-noise architecture
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 and 83xx Series of Galvanometers

Cambridge Technology introduces the latest
breakthrough in scanning technology. The Digital Control Center 3000 patented technology
achieves new levels in galvanometer control, performance, and ease of use. Based on comprehensive galvo models, system identification capability,
system simulation and state-of-the-art DSP State
Space algorithms, the Digital Control Center
achieves the absolute maximum performance allowed by the laws of physics, material science and
available power.
Designed with performance, ease of use, and
flexibility in mind, the Digital Control Center
Model 3000 can be configured for optimal performance with Cambridge Technology’s 62xx and
83xx lines of closed loop galvanometer based optical scanners and your scanning load. In conjunction
with Cambridge Technology’s patented position
detection technology, the DC3000’s DSP-control,
16 bit resolution and bridge Amp outputs provides

Digital Control Center Model 3000 Servo Driver

Now with Improved Dither Performance

the higher system bandwidths and accuracy required for next generation laser system applications. Self-tuning and start-up calibration provide
reduced system manufacturing cost, reduced field
service and support costs while increasing system
up-time. Flexible power supply configurations, integral mounting hardware, low profile connectors
and overall size make the DC3000 Servo the ideal
choice where high levels of accuracy and speed are
required.
At Cambridge Technology, we take great pride
in the performance of our products. Our high
standards in research and development, manufacturing and customer satisfaction guarantee
the performance consistency that you need to
design the high quality systems demanded in
today’s competitive marketplace. Call us today
to discuss your scanner and electronics requirements.