The Matsusada AMT-0.6b100 is a high-voltage operational amplifier delivering ±0.6 kVdc at ±100 mA output current with 60 W maximum power. This ultra-high-speed amplifier achieves a 360 V/µs typical slew rate and extends from DC to 100 kHz bandwidth, making it ideal for precision waveform control across research, development, and industrial applications. The unit accepts sine, triangle, sawtooth, square, and arbitrary waveforms via BNC input, with external control voltage capability through the Vcon-in terminal. A 3.5-digit digital meter monitors DC output voltage, while a dedicated current monitor tracks real-time output. Four-quadrant operation enables both sourcing and sinking current. The front-panel bias function with dedicated ON/OFF switch and setting dial provides DC offset capability. High-speed overcurrent protection safeguards the amplifier during transient conditions. Remote ON/OFF terminal allows system integration. The rack-mountable form factor operates from 100 Vac to 240 Vac ±10%, 50 Hz/60 Hz single-phase input, with CE marking compliance.
Technical Specifications
• Output voltage range: ±0.6 kVdc
• Maximum output current: ±100 mA
• Maximum output power: 60 W
• Slew rate: ≥250 V/µs (full scale), 360 V/µs (typical)
• Frequency response (large and small signal, -3dB): DC to 100 kHz
• Voltage gain: 1 V input = 60 V output
• Input voltage range: -10 V to +10 V (Vcon-in)
• Input signal waveforms: Sine, triangle, sawtooth, square, arbitrary
• Output monitoring: 3.5-digit digital DC voltage meter; current monitor
• AC input: 100 Vac to 240 Vac ±10%, 50 Hz/60 Hz, single-phase
– Key Features
• Four-quadrant operation for bidirectional current flow
• DC bias function with manual control
• High-speed overcurrent protection
• BNC input connector for signal injection
• Remote control terminal for ON/OFF switching
• Rack-mountable industrial enclosure
– Typical Applications
• Piezo driver circuits and beam deflection systems
• Corona discharge and dielectric withstand testing
• Electrostatic chuck and electrophotography applications
• Electrorheological fluid actuation
• Discharge tube lighting evaluation
• High-speed printer characterization
• Photovoltaic cell I-V characterization and solar panel testing
– Compatibility & Integration
Designed as a performance equivalent to the Trek PZD700 amplifier platform.
