Piezo Amplifier DC-C62.1W30

Piezo Amplifier DC-C62.1W30

With high-voltage output, low-noise characteristics, and intelligent thermal design, this amplifier stands as an optimal solution for high-precision driving applications. Particularly suited for scenarios requiring stringent bandwidth, power, and stability, it serves as an efficient and reliable power core for industrial, medical, and scientific applications.

Structural Design

● Compact Integrated Design: Space-efficient structure with high integration, ideal for embedded installations in space-constrained environments.

● Professional Interface Configuration: Features BNC analog input and LEMO single-core output interfaces to ensure stable signal transmission and anti-interference capability.

● Intelligent Thermal Management: Built-in auto-start fan dynamically adjusts cooling efficiency based on temperature, extending operational lifespan.

Material Properties

● High-Voltage Components: Utilizes industrial-grade power devices and high-temperature-resistant PCB substrates, supporting 150V high-voltage output and 30W continuous power.

● Low-Noise Circuit Design: Optimized power filtering and signal pathways combined with 2.2μF capacitive load achieve output ripple as low as 10mVRMS.

● Robust Lightweight Housing: Aluminum alloy construction enhances heat dissipation and EMI shielding, meeting industrial-grade environmental protection standards.

Core Advantages

● High-Gain Wideband Response: 30× signal amplification and 20KHz no-load bandwidth accommodate high-speed dynamic driving requirements.

● High Driving Capability: Delivers 1.2A peak current and 0.2A average current to drive large capacitive loads or high-power piezoelectric ceramics.

● Intelligent Protection: Output short-circuit current limiting (0.2A) and wide-temperature operation (0-50°C) ensure device and load safety.

Typical Applications

● Piezoelectric Ceramic Driving: Precision positioning stages, vibration tables, and ultrasonic transducer control.

● Capacitive Load Driving: Excitation for electrostatic sensors, MEMS devices, and capacitive actuators.

● Precision Instruments: Optical focusing systems, laser tuning equipment, and microscope stage adjustment.

● Industrial Automation: High-precision robotic arms, micro-machining systems, and inline inspection equipment.

● Medical Devices: Ultrasonic imaging probe driving and microfluidic chip pressure control.

Core Guarantees

● Full-Process Quality Control: Ensures performance consistency through component screening to complete aging tests.

● Customized Development: Supports output voltage range adjustment, interface expansion, and specific communication protocol adaptation.

● Lifecycle Services: Provides technical consultation, debugging support, and rapid fault response throughout product lifecycle.