IEEE P1859/D8, Feb 2017
Based Single Crystals for Transducer and Actuator Applications
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About This Item
P1859/D8, Feb 2017 is a technical draft standard for based single crystals used in transducer and actuator applications, where material behavior directly affects sensing and motion control performance. It is relevant to components, circuits, devices and systems, as well as electromagnetic and power-related applications that depend on stable electromechanical response. By defining a common reference for these crystal materials, P1859/D8, Feb 2017 helps support more consistent design, evaluation, and procurement decisions.
Overview of P1859/D8, Feb 2017
This standard focuses on based single crystals intended for use in transducers and actuators, where precise conversion between electrical and mechanical energy is important. P1859/D8, Feb 2017 provides a technical basis for understanding the material class and its expected role in device engineering. In practice, it is used as a reference point for comparing material characteristics, aligning terminology, and supporting development work where performance consistency and reproducibility matter.
Typical use cases
P1859/D8, Feb 2017 is typically relevant in piezoelectric or electromechanical device development, especially where single-crystal elements are selected for sensing, actuation, vibration control, or precision positioning. It may be applied in laboratory characterization, component specification, and engineering review for transducer assemblies, actuator stacks, and related hardware. The standard is also useful when teams need a shared technical basis for evaluating materials that will operate under electrical excitation and mechanical loading.
Why it matters
Using P1859/D8, Feb 2017 can help reduce ambiguity when specifying materials for critical transducer and actuator applications. That matters for compliance, testing, and design control, because small variations in crystal behavior can affect output, stability, and repeatability. A clear standard also supports procurement and supplier communication by giving engineers a common frame of reference for comparing material claims. For projects involving precision motion or sensing, that consistency can lower integration risk and improve confidence in performance expectations.
- Based single crystal material context
- Transducer and actuator applications
- Electromechanical performance reference
- Specification and evaluation support
- Publication Date: 2017
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Fields, Waves and Electromagnetics; Power, Energy and Industry Applications
- Official IEEE: Doi link
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