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PLa Series: Linear Piezo Amplifiers

The new PLa piezo amplifier series will help users set up simple, efficient and versatile solutions for their applications. The amplifiers series can be integrated into a customer’s cabinet or delivered into a tabletop enclosure. The PLa25 and PLa05 drivers can be combined together in a master / slave topology, to provide multi-channel or push-pull configurations, providing voltage between -20 V and 150 V. With the PLa series, users will ultimately be able to combine drivers, sensor conditioners, controllers, and communication modules with entire re-design of its GUI. The PLa series modules are optimized for a compact integration, without compromising the performances, offering a novel output topology able to provide larger transient output current, a higher signal to noise ratio and a higher communication speed.

PLa05

Piezo Linear Amplifier

Pla05 linear amplifier for piezo actuators
Permanent output current

0.5 A

Max. output current

Output voltage range

Low noise SNR

90 dB

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PLa25

Piezo Linear Amplifier

Pla25 linear amplifier for piezo actuatorsPla25 linear amplifier for piezo actuators
Continuous output

2.5 A

Peak output

5 A

Output voltage range

Low noise SNR

85 dB

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PLa Series: Linear Piezo Amplifiers

The new PLa piezo amplifier series will help users set up simple, efficient and versatile solutions for their applications. The amplifiers series can be integrated into a customer’s cabinet or delivered into a tabletop enclosure. The PLa25 and PLa05 drivers can be combined together in a master / slave topology, to provide multi-channel or push-pull configurations, providing voltage between -20 V and 150 V. With the PLa series, users will ultimately be able to combine drivers, sensor conditioners, controllers, and communication modules with entire re-design of its GUI. The PLa series modules are optimized for a compact integration, without compromising the performances, offering a novel output topology able to provide larger transient output current, a higher signal to noise ratio and a higher communication speed.