IEEE 182A-1964

IEEE 182A-1964 is a technical standard for definitions of terms used in radio transmitters, helping engineers and manufacturers use consistent language when describing transmitter functions, measurements, and operating characteristics. In the context of communication, networking and broadcast technologies, this reference supports clearer specification writing, review, and comparison of equipment. For teams working with radio transmission and signal-related documentation, IEEE 182A-1964 can reduce ambiguity and improve alignment between design, testing, and procurement requirements.

What is IEEE 182A-1964?

IEEE 182A-1964 provides standardized definitions for terminology associated with radio transmitters. Its purpose is to support a common technical vocabulary so that terms used in design notes, test procedures, and product descriptions are understood in the same way. Because the standard is focused on definitions rather than hardware requirements, it is especially useful when comparing transmitter documentation or interpreting specifications that rely on precise language. The document is inactive, but it remains relevant as a historical reference.

Where is IEEE 182A-1964 used?

This standard is most relevant in radio transmitter engineering, broadcast equipment documentation, and related communication-system work where terminology must remain consistent. It may be consulted during specification development, equipment evaluation, maintenance documentation, or technical training for transmitter systems. IEEE 182A-1964 is also useful in signal processing and analysis contexts when transmitter-related terms appear in measurement reports, operating manuals, or legacy engineering records. Its value is strongest wherever precise definitions help reduce misunderstanding.

Why is IEEE 182A-1964 important?

Clear terminology is important in transmitter work because small differences in wording can affect design interpretation, test methods, and procurement decisions. IEEE 182A-1964 helps create consistency across engineering teams and technical documents, which can support better compliance review and lower the risk of miscommunication. For organizations dealing with legacy radio-transmission material, the standard may also help preserve continuity when comparing older specifications with later documentation. That makes it a practical reference for controlled technical communication.

• Definitions for radio transmitter terms
• Support for consistent technical language
• Useful in documentation and test references
• Relevant to broadcast and communication systems
• Historical inactive IEEE reference