REGUlatorECO: Our Program of Piezo Drivers Which Comprice High Performance at Economic Price

Standard Piezo Amplifier PT-X-Y. X = Lowest Voltage AND Y = Highest Voltage Output

Low noise, linear amplifier for piezo-systems.

 

Short Specification

Ouput voltage range -X Volt to +Y Volt

Standard Version Output -30 V to +150 V

Output current 150 mA, continuous 150 mA

Gain Standard 30

Usupply 24 VDC 

Input BNC

Output red BNC

 

For customized versions please contact PIEZOTECHNICS (Multi-Channel, Strain Gauge-Read Out, Digital Interface / LabView compatible, ...) Contact PIEZOTECHNICS

REGulator Piezodriver
Piezo Amplifier PT-X-Y, Standard voltage output -30V to + 150 V, Imax 150 mA continuous.

Piezo Driver PT AMP X-Y

 Piezodriver for multilayer actuator. Standard output range -30 V to +150 V. Custom models please contact PiezoTECHNICS. Options: Strain gage readout, closed control loop, high performance digitizer with USB interface, compatible with Labview.
Download
Piezo Driver for Multilayer Stacks.
Piezo Driver ECO
PT AMP X-Y.pdf
Adobe Acrobat Document 1.9 MB

REGUlatorECO OEM Modules: Economic Piezo Drivers in a Small Format to be Integrated in Systems

REGUlatorEco MODEL PIEZOMASTER are low-cost piezo drivers. We are the European representative of the US Mfr.VIKING Industrial Products and distribute the PiezoMaster™ product line. This family of OEM Piezo amplifiers combine the amplifier with a 24V or 48V external power supply to offer an extremely low cost piezoelectric actuator controller. Viking Industrial Products has been a leader in power management for over 40 years. These products has been chosen by NASA, LTS, Sandia, Argonne, Fermi Lab, MIT, Yale, Harvard, Corning, and CERN. 

Broad product range meeting with requirements of low voltage as well as high voltage type of piezo actuators. For further informations visit http://www.piezomaster.com.  

Download
PiezoMaster Piezo Amplifier. Compact and Low Cost Driver Electronics Modules for Multilayer.
PiezoMaster Piezo Driver Modules
PiezoMasterBrochure2017.pdf
Adobe Acrobat Document 1.4 MB