Deep Dive: G1B10
The correct answer is C: 100 watts PEP output. The power limit for beacon stations is 100 watts PEP output. This limit applies to all beacon stations regardless of frequency or license class. For amateur radio operators, this power limit helps prevent beacons from causing interference while still providing useful propagation information. Understanding this helps when planning beacon operations. The 100-watt limit is a regulatory maximum for beacons.
Why Other Answers Are Wrong
Option A (10 watts): Incorrect. 10 watts is too low - beacons are allowed up to 100 watts PEP. Many beacons operate at higher power levels. Option B (20 watts): Incorrect. 20 watts is below the limit - beacons can use up to 100 watts PEP. The limit is higher. Option D (200 watts): Incorrect. 200 watts exceeds the beacon limit - beacons are restricted to 100 watts PEP maximum.
Exam Tip
Beacon power limit = 100 watts PEP. Think 'B'eacon = '1'00 watts 'P'EP. Maximum power for beacon stations is 100 watts PEP output, regardless of frequency or license class. Not 10, 20, or 200 watts.
Memory Aid
Beacon power limit = 100 watts PEP. Think 'B'eacon = '1'00 watts 'P'EP. Maximum power for beacon stations is 100 watts PEP output. Regulatory limit applies to all beacons.
Real-World Example
You're setting up a beacon station. You can operate at any power up to 100 watts PEP. Many beacons use lower power (10-50 watts) to conserve energy and reduce interference, but the regulatory maximum is 100 watts PEP. Operating above 100 watts would violate beacon regulations.
Source & Coverage
Question Pool: 2023-2027 Question Pool
Subelement: G1B
Reference: 2023-2027 Question Pool · G1 - Commission's Rules
Key Concepts
Verified Content
Question from the official FCC General Class pool. Explanation reviewed by licensed amateur radio operators and mapped to the G1B topic.