Piezo Amplifier DC-C80.1W100

Piezo Amplifier DC-C80.1W100

With high-power output, efficient thermal design, and industrial-grade reliability, this amplifier sets benchmarks in high-load driving applications. Particularly suited for scenarios demanding strict power density, stability, and environmental adaptability, it delivers robust power support for industrial automation, ultrasonic technology, and scientific experiments.

Structural Design

● High-Power Compact Architecture: Modular layout integrates efficient cooling channels and intelligent temperature-controlled fans to ensure stable operation under heavy loads.

● Professional Interface Configuration: Features SMA analog control input and BNC output interfaces for rapid connectivity and anti-interference signal transmission.

● Industrial-Grade Protection: Reinforced housing provides EMI shielding and mechanical durability, suitable for complex industrial environments.

Material Properties

● High-Voltage Power Components: Utilizes industrial-grade MOSFETs and high-temperature-resistant PCB substrates, supporting 150V high-voltage output and 100W continuous power.

● Low-Noise Power Design: Integrated PFC circuit and filtering technology combined with 2.2μF capacitive load achieve output ripple as low as 10mVRMS.

● Efficient Thermal Materials: Aluminum alloy housing and internal copper heatsinks work synergistically to dissipate heat rapidly, extending component lifespan.

Core Advantages

● High-Power Dynamic Output: 3A peak current and 0.65A average current effortlessly drive large-capacity piezoelectric ceramics or high-impedance capacitive loads.

● Wide-Input Efficient Power Supply: 220V AC input with PFC enhances energy efficiency and reduces grid harmonic interference.

● Multi-Level Safety Protections: Output short-circuit current limiting (0.65A), 0-50°C wide-temperature operation, and intelligent fan temperature control ensure operational safety.

Typical Applications

● Industrial Piezoelectric Driving: Long-stroke piezoelectric stages, vibration tables, and heavy-duty ultrasonic transducer excitation.

● High-Power Capacitive Loads: Electrostatic dust removal systems, MEMS array driving, and capacitive high-power actuators.

● Ultrasonic & Acoustic Systems: Medical ultrasonic probes, industrial NDT equipment, and sonar transmitter control.

● High-Energy Scientific Experiments: Material impact testing, high-power piezoelectric energy harvesting, and high-frequency dynamic simulation.

Core Guarantees

● Full-Process Quality Control: Ensures industrial-grade durability standards through critical component screening and complete aging tests.

● Deep Customization Services: Supports output voltage range adjustment, interface expansion (e.g., multi-channel integration), and specific communication protocol development.

● Full Lifecycle Support: Provides technical consultation, on-site debugging guidance, and rapid after-sales response, covering integration to maintenance phases.