Piezo Controller DC-C52.MS4
A four-channel high-density closed-loop servo controller designed for multi-axis piezoelectric driving systems, supporting wide voltage output and high dynamic response for precision instruments, industrial automation, and multi-DOF displacement control. Powered by 24VDC (compatible with 20–30V input), it delivers 0–120V default output (customizable to 0–150V) with 0.5A peak current and 60mA average current per channel. Combined with a 16-bit signal chain and 10KHz no-load bandwidth, it achieves nanometer-level multi-channel synchronized control. Built-in short-circuit protection, temperature-controlled fan, and thermal protection ensure static power consumption <10W, balancing performance and efficiency for optical focusing, micro-nano manufacturing, and scientific research.
Piezo Controller DC-C52.MS4
DC-C52.MS4
With multi-channel parallel control, industrial-grade protection, and flexible customization, this controller is the ideal solution for multi-axis piezoelectric systems requiring synchronization, stability, and scalability, delivering robust technical assurance for precision engineering.
Structural Design
● Compact Multi-Channel Layout: Dimensions 152×153×44mm (excluding connectors), weight 0.7kg, supports 4-channel independent/synchronized control for high-density integration.
● Industrial-Grade Interfaces: 4× LEMO outputs, SMB control inputs, USB Type-C, and RS422 (DB9) communication, compatible with industrial protocols.
● Smart Thermal Management: Temperature-controlled fan and optimized airflow ensure stable operation at 0–50°C without thermal throttling.
Material Properties
● High-Speed Electronics: 32-bit processor and dual 16-bit AD/DA converters enable parallel multi-channel processing with <1μs latency.
● EMI-Resistant Construction: Aluminum housing with internal shielding minimizes crosstalk (SNR >90dB).
● Ultra-Low Ripple Output: ≤10mVRMS ripple with 2.2μF capacitive load for noise-sensitive devices.
Core Advantages
● Multi-Channel Synchronization: Independent or synchronized channel programming for multi-DOF stages and optical array focusing.
● High-Resolution Signal Chain: 16-bit D/A and A/D conversion with 10KHz bandwidth achieve 0.001% linearity and submicron dynamic accuracy.
● Multi-Layer Protection: Per-channel current limiting (60mA), thermal throttling, and adaptive fan control enhance safety and longevity.
● Flexible Output Modes: 12× gain (0–120V) or 15× gain (0–150V) customization for diverse piezoelectric ceramic drives.
Typical Applications
● Multi-Axis Positioning: Piezo nano-positioning stages, 6-DOF micro-motion systems.
● Optical Focusing: Multi-channel lens dynamic focusing, adaptive optics correction.
● Industrial Automation: Semiconductor wafer alignment, MEMS sensor array excitation.
● Scientific Research: SEM sample stage control, ultra-precision vibration simulation.
Core Guarantees
● Full-Process QC: Component screening and 72-hour aging tests ensure industrial reliability (MTBF ≥50,000 hours).
● Customization Services: Protocol expansion, channel count (2/4/6), and gain configuration for non-standard requirements.
● Lifecycle Support: Multi-channel debugging guides, system integration solutions, and rapid after-sales service response for efficient deployment.