IEC 60244-2:1969

IEC 60244-2:1969 defines methods of measurement for radio transmitters, with particular attention to bandwidth, out-of-band power, and the power of non-essential oscillations. For engineering teams, laboratories, and compliance reviewers, it provides a technical basis for comparing transmitter performance in a controlled and documented way. IEC 60244-2:1969 is therefore relevant where technical assessment, verification activities, and conformity assessment depend on consistent measurement practices rather than informal observation.

Purpose of IEC 60244-2:1969

The purpose of this document is to establish measurement methods that help characterize how a radio transmitter behaves beyond its intended operating channel. By addressing bandwidth and unwanted emissions such as out-of-band power and non-essential oscillations, it supports technical validation and engineering documentation for transmitter performance. In practical workflows, the reference may be used to guide laboratory evaluation, improve test consistency, and provide a structured compliance reference for procurement or quality review.

Compliance applications of IEC 60244-2:1969

IEC 60244-2:1969 is typically consulted during transmitter testing, product evaluation, and documented evaluation of radio-frequency equipment where emission behavior must be reviewed against internal or regulatory expectations. It can support test planning in calibration laboratories, certification-oriented reviews, and regulatory preparation for equipment that must demonstrate controlled bandwidth and limited unwanted outputs. In compliance workflows, it helps teams align measurement procedures before formal verification or reporting.

Benefits of IEC 60244-2:1969

Using this technical document can improve operational consistency by giving teams a common basis for measurement and reporting. That helps reduce risk in technical review, procurement screening, and conformity assessment preparation, especially when comparing transmitter performance across different test setups. It also supports quality assurance by making results easier to document, repeat, and audit. For organizations managing electrical or radio equipment, the reference can strengthen engineering validation and reduce ambiguity in compliance workflows.

• Measurement methods for transmitter bandwidth and related emission behavior
• Evaluation of out-of-band power and non-essential oscillations
• Support for laboratory testing workflows and repeatable reporting
• Useful reference for compliance review, technical validation, and conformity assessment
• Applicable to engineering documentation and procurement due diligence for radio transmitters