IEEE P187/D2, Nov 2017

IEEE P187/D2, Nov 2017 is a draft technical document for measurement methods of emissions from FM and television broadcast receivers in the frequency range of 9 kHz to 40 GHz. It is relevant to communication, networking and broadcast technologies, as well as components and electronic systems where receiver emissions can affect compatibility. By defining how such emissions are measured, it helps support more consistent testing, comparison, and engineering review for broadcast receiver designs.

Overview of IEEE P187/D2, Nov 2017

This draft standard focuses on how to measure unwanted emissions from FM and television broadcast receivers across a wide radio-frequency range. IEEE P187/D2, Nov 2017 is intended to provide a structured measurement approach so test results are more comparable between laboratories, products, and design iterations. In practical terms, it addresses the technical context of broadcast receiver evaluation, where emission behavior can influence compliance assessments, product development, and compatibility with nearby radio services and electronic equipment.

Typical use cases

IEEE P187/D2, Nov 2017 may be used when evaluating FM or television receivers during design verification, laboratory testing, or pre-compliance review. It is especially relevant for manufacturers, test engineers, and compliance teams working with broadcast receiver hardware, measurement receivers, antennas, and related test setups. The document can also support procurement and internal engineering workflows where consistent measurement methods are needed to compare emission performance across different receiver models or revisions.

Why it matters

Clear measurement methods are important because receiver emissions can affect test repeatability, design decisions, and regulatory or internal compliance checks. IEEE P187/D2, Nov 2017 helps reduce ambiguity in how emissions are measured, which can lower the risk of inconsistent results between teams or facilities. For organizations developing or validating broadcast receivers, the standard supports more controlled engineering analysis, better documentation, and more reliable performance assessment over the specified frequency range.

• FM and television broadcast receiver emissions
• Measurement range from 9 kHz to 40 GHz
• Draft guidance for test consistency
• Relevant to compliance and design verification
• Useful for laboratory and engineering workflows