Trek PZD700A High Voltage Amplifier
Advanced Energy’s Trek PZD700A high voltage piezo driver and amplifier offers customer-specified output voltages in bipolar or unipolar ranges. And it can be used in various applications such as piezoelectric driving and control, laser modulation, and semiconductor research.
• Output Voltage: 0 to ±700 VDC or peak AC
• Output Current: 0 to ±100 mA
• Slew Rate: Greater than 380 V/µs
• Large Signal Bandwidth: DC to greater than 125 kHz (-3 dB)
• Gain: 0 to 300 V/V, adjustable
*Specifications shown are for bipolar unit, for unipolar operation please refer to tech specs
The DC-stable Trek® PZD700A is a high voltage piezo driver and amplifier that offers precise control of customer specified output voltages in bipolar or unipolar ranges. It achieves the accurate output responses and high slew rates demanded by reactive loads by utilizing a four-quadrant active output stage that sinks or sources current into reactive or resistive loads.
The Trek PZD700A is configured as a non-inverting amplifier. An inverting configuration is available. Both configurations are available as either single or dual-channel instruments. The Trek PZD700A is benchtop operable or mountable via a 19-in rack.
Benefits
- Adjust gain, 0 to 300 V/V
- Rely on ultra-accurate outputs thanks to low-output noise
- Save costs thanks to maintenance-free operation and an all-solid-state design
- Achieve high accuracy via a closed-loop system
- Safeguard equipment with short-circuit protection
Dimensions (single channel instrument): 110 mm H x 220 mm x W 445 mm D (4.3” H x 8.7” W x 17.5” D)
Weight: 5 kg (11 lb) (Single channel unit)
HV Connector: SHV High Voltage Connector
Temperature: 0°C to 40°C (32°F to 104°F)
Relative Humidity: To 85%, noncondensing
Altitude: To 2000 meters (6561.68 ft.)
- Digitally enabled
- Automatic power limit
- Dynamic adjustment optimizes the AC response for various load parameters
- NIST-traceable calibration certificate provided with each unit
- Four-quadrant output for driving capacitive loads
- Piezoelectric driving/control
- Laser modulation
- MEMS
- Semiconductor research
- Piezoelectric vibration damping
