IEC TR 61088:1991

IEC TR 61088:1991 addresses the characteristics and measurements of ultrasonic piezoceramic transducers, making it a relevant technical reference for teams involved in transducer evaluation, laboratory testing, and engineering documentation. Based on its title, the document is focused on how these ultrasonic devices are described and measured, which can support technical review, product evaluation, and conformity assessment activities. It is useful where consistent measurement practice and clear performance comparison are needed during procurement, qualification, or verification workflows.

Overview of IEC TR 61088:1991

The scope of IEC TR 61088:1991 is centered on the characteristics and measurement methods associated with ultrasonic piezoceramic transducers. In practical terms, it may help engineers and test laboratories align terminology, evaluation methods, and reporting expectations when assessing transducer behavior. For organizations working with ultrasonic hardware, the document can serve as a structured technical reference for documented evaluation, laboratory assessment, and internal quality workflows, especially where repeatable measurement practice is important to engineering validation.

Compliance applications of IEC TR 61088:1991

IEC TR 61088:1991 is relevant in compliance workflows that involve ultrasonic transducer testing, product qualification, and procurement review of piezoceramic components. It can support technical assessment in laboratories, supplier documentation checks, and engineering specification reviews where measured characteristics must be compared consistently. The document may also be useful during development and verification activities for ultrasonic equipment, helping organizations maintain operational consistency and prepare evidence for conformity assessment or internal compliance documentation.

Importance of compliance with IEC TR 61088:1991

Using IEC TR 61088:1991 as a reference can improve testing consistency and reduce ambiguity in how ultrasonic piezoceramic transducers are evaluated. That matters for safety, reliability, and risk management because measurement methods influence how performance is interpreted and accepted. Clear technical criteria can also support procurement decisions, quality assurance, and engineering validation by making product comparison more defensible. For organizations preparing technical files or compliance records, it provides a credible basis for documented assessment and review.

• Technical reference for ultrasonic piezoceramic transducer characteristics and measurement practice
• Useful for laboratory evaluation, test planning, and reporting consistency
• Supports procurement and supplier review of ultrasonic component documentation
• Helps align verification activities with structured technical assessment workflows