CM9616 Piezoelectric Ceramic Ring PZT Ring PZT-5A OD 12 mm ID 6 mm 200 V

Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 12 mm ID. 6 mm 200V Description

This component is formulated with PZT-5A, a variant of lead zirconate titanate (Pb(Zr,Ti)O3), to provide reproducible piezoelectric behaviour. The 12 mm outer diameter ensures compatibility with compact design assemblies, while the 6 mm inner diameter allows integration in concentric configurations. Rated at 200V, the ring achieves rapid response in dynamic sensing and actuation applications. Controlled material properties contribute to stable energy conversion under cyclic loading.

Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 12 mm ID. 6 mm 200V Applications

1.       Electronics
- Used as a signal generator in automated control systems to achieve precise timing by leveraging its rapid piezoelectric response.
- Applied as a sensing element in pressure transducers to secure accurate feedback by utilising consistent electromechanical conversion.

2.       Industrial
- Employed as an actuator in vibration damping assemblies to mitigate mechanical oscillations by exploiting the component’s stable voltage performance.

Piezoelectric Ceramic Ring PZT Ring PZT-5A OD. 12 mm ID. 6 mm 200V Packing

The component is individually secured in antistatic foam inserts within moisture-resistant cases. It undergoes protective wrapping with bubble wrap and sealed polybags to guard against mechanical impact and environmental contaminants. Storage in a temperature-controlled and dry environment is recommended. Custom packaging options, including layered compartments and specialised labelling, are available to accommodate specific handling requirements.

Frequently Asked Questions

Q1: How does the 200V rating influence the device integration in sensor circuits?
A1: The 200V rating defines the operational limit for excitation, ensuring compatibility with moderate voltage systems and protecting the component from overvoltage stress during rapid actuation cycles.

Q2: What quality control methods confirm the dimensional stability of the ring?
A2: Dimensional accuracy is verified using high-resolution optical microscopy and X-ray diffraction analysis, ensuring that the ring meets tight tolerances required for precise electromechanical applications.

Q3: In what ways does the ring geometry affect its performance in actuator assemblies?
A3: The defined outer and inner diameters facilitate integration into concentric or annular configurations, promoting uniform stress distribution and efficient electromechanical energy transfer in actuator systems.

Additional Information

Piezoelectric materials like PZT-5A convert mechanical stress into electrical charge, making them integral in applications where responsive actuation or sensing is critical. Their performance depends on the stability of crystal structures and precise sintering processes, which directly influence the material's electromechanical properties.

Understanding the relationship between microstructure and functional output guides engineers in selecting the appropriate ceramic components for specific operational environments. Insight into phase composition and domain alignment is essential for optimising device performance critical in fields such as automation, robotics, and industrial monitoring systems.