Skip to Content
Main Content

NAC5022-H10

Piezoceramics Multilayer Damage Tolerant Stack from CTS Corporation

Multilayer Damage Tolerant Stacks

CTS piezoceramic damage tolerant stack actuators are ideal for a wide range of electronic designs requiring precise and fast movement. These tape cast multilayer products use fuse technology as an effective way of ensuring high reliability for critical applications. Thanks to the technology of damage tolerant piezo actuator stacks, functionality is ensured even if a section of the actuator is damaged. The fuse technology fuses out any damaged ceramic element, and the remaining ceramic elements of the stack continue to operate.

Series Resources

  • Fuse Technology Ensuring High Reliablility
  • Free Displacement up to 128.7μm
  • Very High Force in the kN Range
  • High Stiffness for Short Response Times (<1ms)
  • Height up to 80mm
  • Protected from Mechanical Damage

  • Aerospace Applications
  • Semiconductor Equipment
  • Nanopositioning
  • Radiation Equipment
Specifications
Blocking Force (N)4200
Capacitance (nF)1580
Free Stroke (μm)13.2
Length (mm)10
Height (mm)10
Width (mm)10
Voltage (V)200

Man and woman team smiling while leaning on distribution line.

Where to Buy

CTS components are stocked and sold through a global network of distributors & sales representatives. Select your preferred partner in the link below.

Where to Buy

Related Products

Piezoelectric Multilayer Plate Actuator Stack from CTS

Multilayer - Plate and Ring Actuators and Stacks

CTS multilayer plate and ring actuators are customizable in terms of size and frequency. They can also be stacked to achieve desired heights and performances.

CTS Multilayer High-Temperature Stack on White Background

Multilayer - High-Temperature Stacks

Multilayer stacks with a wide temperature range. They excel at high-frequency operation and in harsh environments where high temperatures will occur.

Piezoelectric Multilayer Preloaded Stack from CTS Corporation

Multilayer - Preloaded Stacks

Encased in mechanical springs, these products can withstand and operate under greater tensile stress and strain than other stacks. Ideal for applications where high inertial forces occur.