Trek 10/10B-HS 高速高壓放大器
The Advanced Energy Trek 10/10B-HS is a DC-stable, high-speed, high-voltage power amplifier that showcases precise control of output voltages. It features an all-solid-state design, high slew rate, wide bandwidth, and low-noise operation.
• Output Voltage: 0 to ±10 kV DC or Peak AC
• Output Current: 0 to ±10 mA DC or 40 mA peak AC for 1 ms
• Slew Rate: Greater than 700 V/µs
• Large Signal Bandwidth: DC to greater than 19.5 kHz (-3dB)
• Gain: 1000 V/V fixed
To enable accurate output responses and the high slew rates needed to drive reactive loads, the Trek® 10/10B-HS high voltage amplifier features a four-quadrant, active output. This output sinks or sources the current into reactive or resistive loads throughout the output voltage range.
The Trek 10/10B-HS is used in material poling, electrostatic deflection, AC or DC biasing, and various other applications.
Benefits
- Drive capacitive loads via a four-quadrant output
- Enable high accuracy thanks to a closed-loop system
- Safeguard equipment with short-circuit protection
- Benefit from maintenance-free operation and solid-state design
- Take advantage of low-output noise and ultra-accurate outputs
Dimensions: 190 mm H x 432 mm W 417 mm D (7.5” H x 17” W x 16.4” D)
Weight: 14.9 kg (31 lb)
HV Connector: Alden High Voltage Connector
BNC Connectors: Amplifier Input, Voltage Monitor, Current Monitor, Remote High Voltage ON/OFF, Out of Regulation Status, Fault/Trip Status
Temperature: 0°C to 40°C (32°F to 104°F)
Relative Humidity: To 85%, noncondensing
Altitude: To 2000 meters (6561.68 ft.)
- CE compliant
- DC-stable for programmable supply applications
- Dynamically adjust to optimize AC response for various load parameters
- Local and remote high voltage On/Off capabilities
- NIST-traceable calibration certificate provided with each unit
- AC or DC biasing
- atmospheric plasma
- dielectric barrier discharge
- electroactive polymers (EAP)
- electrorheological fluids
- electrostatic deflection
- electro-optic modulation
- ferroelectric material characterization
- ion beam steering
- mass spectrometers
- material poling
- particle accelerators
