T1B12: 1500 watts PEP: Except for some specific restrictions

Q: Except for some specific restrictions, what is the maximum peak envelope power output for Technician class operators using frequencies above 30 MHz?

The correct answer is D: 1500 watts. The correct answer is D: 1500 watts. According to FCC Part 97.313, Technician class operators (and all license classes) can use up to 1500 watts PEP (peak envelope power) on frequencies above 30 MHz, except for some specific restrictions on certain bands or segments. This is the general power limit for VHF and UHF operations. The 1500-watt limit applies to most VHF/UHF operations, but there are exceptions. For example, some bands have lower limits, and certain segments may have specific restrictions. However, the general rule is 1500 watts PEP above 30 MHz. This higher power limit compared to HF reflects the different propagation characteristics of VHF/UHF bands, where higher power can be more necessary for reliable communications, especially for weak-signal work or satellite operations.

Updated: Dec 9, 2025 | Source: 2022-2026 Question Pool | Topic: T1B

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Except for some specific restrictions, what is the maximum peak envelope power output for Technician class operators using frequencies above 30 MHz?

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Deep Dive: T1B12

The correct answer is D: 1500 watts. According to FCC Part 97.313, Technician class operators (and all license classes) can use up to 1500 watts PEP (peak envelope power) on frequencies above 30 MHz, except for some specific restrictions on certain bands or segments. This is the general power limit for VHF and UHF operations. The 1500-watt limit applies to most VHF/UHF operations, but there are exceptions. For example, some bands have lower limits, and certain segments may have specific restrictions. However, the general rule is 1500 watts PEP above 30 MHz. This higher power limit compared to HF reflects the different propagation characteristics of VHF/UHF bands, where higher power can be more necessary for reliable communications, especially for weak-signal work or satellite operations.

Why Other Answers Are Wrong

Option A: Incorrect. 50 watts is far below the general limit. While some operators use lower power, the maximum allowed is 1500 watts PEP. Option B: Incorrect. 100 watts is not the limit. The general limit is 1500 watts PEP above 30 MHz. Option C: Incorrect. 500 watts is below the allowed maximum. The limit is 1500 watts PEP, though some specific restrictions may apply to certain bands.

Exam Tip

VHF/UHF power = 1500 watts PEP. Remember: Above 30 MHz, the general limit is 1500 watts PEP. This is much higher than the HF limit for Technicians (200 watts).

Memory Aid

**A**bove **3**0 MHz = **1**500 watts (think 'A3 = 1500')

Real-World Example

You're operating on 2 meters (144-148 MHz) with a high-power amplifier. Your station is capable of 1000 watts PEP output, which is well within the 1500-watt limit for frequencies above 30 MHz. This power level helps you make contacts through weak-signal propagation modes like meteor scatter or tropospheric ducting, where higher power can make the difference between making a contact and not.

Source & Coverage

Question Pool: 2022-2026 Question Pool

Subelement: T1B

Reference: FCC Part 97.313

Key Concepts

FCC Part 97.313 1500 watts PEP VHF/UHF power limits Above 30 MHz

Verified Content

Question from the official FCC Technician Class pool. Explanation reviewed by licensed amateur radio operators and mapped to the T1B topic.