Piezo Amplifier DC-C13.36W80

Piezo Amplifier DC-C13.36W80

With multi-channel high-density integration, low-noise output, and industrial-grade reliability, this amplifier serves as a core solution for large-scale piezoelectric driving. Tailored for applications demanding high channel count, synchronization accuracy, and energy efficiency, it delivers robust technical support for industrial automation, advanced medical devices, and cutting-edge research.

Structural Design

● High-Density Multi-Channel Layout: Integrates 36 independent driving channels in a compact chassis design, enabling parallel control of large-scale piezoelectric ceramics or capacitive loads.

● Professional Signal Interfaces: Each channel features BNC analog input and LEMO single-core output interfaces to ensure stable signal transmission and reliable hot-swapping.

● Efficient Thermal Management: Built-in temperature-controlled fans and multi-stage cooling channels ensure stable operation under maximum load (520W power consumption).

Material Properties

● High-Voltage Power Modules: Industrial-grade MOSFETs and high-temperature-resistant PCBs support 150V high-voltage output and multi-channel synchronous driving.

● Low-Interference Circuit Design: Optimized power filtering and channel-to-channel signal isolation (100kΩ input impedance) minimize signal source loading, suppressing ripple to 20mVRMS (with 2.2μF load).

● Industrial-Grade Housing: Full-metal chassis with EMI shielding coating resists environmental interference, suitable for complex industrial environments.

Core Advantages

● Multi-Channel Synchronous Driving: 36 independently controlled channels support parallel or grouped operation for multi-degree-of-freedom precision adjustment and array load driving.

● High-Precision Low-Noise Output: 16-bit signal chain accuracy and low ripple ensure stable performance for sensitive equipment.

● Efficient Power Management: Integrated PFC (Power Factor Correction) circuit improves energy efficiency, achieving 80W static power consumption and excellent energy efficiency under dynamic loads.

Typical Applications

● Industrial Multi-Axis Control: Multi-axis positioning for semiconductor wafer cutting machines, 3D printing piezoelectric nozzle array driving.

● Acoustic & Vibration Systems: Sonar transmitter arrays, active noise cancellation devices, and multi-channel vibration simulation platforms.

● Medical Imaging Equipment: Multi-element excitation for ultrasonic probes, endoscopic precision adjustment systems.

● Scientific Research: Synchronous multi-point material excitation testing, bionic robot joint cluster control.

Core Guarantees

● Full-Process Quality Control: Ensures multi-channel consistency and long-term reliability through component aging screening and 72-hour full-load testing.

● Deep Customization Services: Supports channel count expansion, control logic programming, and integration of specific communication protocols (e.g., CAN, EtherCAT).

● Comprehensive Technical Support: Provides multi-channel system integration solutions, driving parameter optimization, and remote fault diagnosis across the full product lifecycle.