IEEE P187/D1, Apr 2017
IEEE Draft Standard Measurement Methods of Emissions from FM and Television Broadcast Receivers in the Frequency Range of 9 kHz to 40 GHz
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About This Item
IEEE P187/D1, Apr 2017 is a draft standard focused on measurement methods for emissions from FM and television broadcast receivers across the 9 kHz to 40 GHz frequency range. It is relevant to engineers and test labs working with communication, networking and broadcast technologies, as well as electromagnetic compatibility topics. By defining how emissions are assessed, the document helps support consistent testing, comparison, and product evaluation for receiver designs and related equipment.
What is IEEE P187/D1, Apr 2017?
IEEE P187/D1, Apr 2017 outlines draft measurement methods intended to characterize unwanted emissions from FM and television broadcast receivers. Its technical scope sits at the intersection of radio-frequency engineering and field/waves measurement, with attention to a very wide frequency span from 9 kHz to 40 GHz. As a draft document, it is best understood as a technical reference for structured evaluation methods rather than a finalized product requirement. It helps establish a common basis for laboratory measurement and analysis.
Where is IEEE P187/D1, Apr 2017 used?
This draft is mainly used in receiver testing environments, EMC-oriented laboratories, and engineering workflows involving FM and television broadcast equipment. It can be relevant when assessing emissions from receiver hardware, comparing designs, or supporting pre-compliance and validation activities. Organizations involved in broadcast technology, RF measurement, and related electronics may use IEEE P187/D1, Apr 2017 as part of internal test plans or technical reviews where repeatable emissions measurement is important.
Why is IEEE P187/D1, Apr 2017 important?
IEEE P187/D1, Apr 2017 matters because emissions measurement needs to be repeatable and technically clear, especially for broadcast receivers operating across a broad RF range. A defined method can reduce ambiguity in testing, improve consistency between laboratories, and support more reliable design decisions. It may also help teams compare receiver behavior against expected performance and identify issues early, lowering the risk of inconsistent results during qualification or procurement review.
- Draft measurement methods for receiver emissions
- FM and television broadcast receiver focus
- Wide RF scope: 9 kHz to 40 GHz
- Useful for EMC and laboratory testing workflows
- Supports consistent technical evaluation
- Publication Date: 2017
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Communication, Networking and Broadcast Technologies; Fields, Waves and Electromagnetics; Power, Energy and Industry Applications
- Official IEEE: Doi link
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