What must you do if your station fails to meet the FCC RF exposure exemption criteria?
The correct answer is A: Perform an RF exposure evaluation in accordance with FCC OET Bulletin 65. What you must do if your station fails to meet the FCC RF exposure exemption criteria is to perform an RF exposure evaluation in accordance with FCC OET Bulletin 65. If you don't qualify for exemption, you must perform a formal evaluation. For amateur radio operators, this is required for compliance. Understanding this helps ensure regulatory compliance.
Exam Tip
Fails exemption = perform RF exposure evaluation per OET Bulletin 65. Think 'F'ails 'E'xemption = 'F'ormal 'E'valuation required. If you don't qualify for exemption, you must perform formal evaluation per OET Bulletin 65. Not contact FCC, not WMO guidelines, not band-pass filter - just OET Bulletin 65 evaluation.
Memory Aid
"Fails exemption = perform RF exposure evaluation per OET Bulletin 65. Think 'F'ails 'E'xemption = 'F'ormal 'E'valuation. If you don't qualify for exemption, you must perform formal evaluation per OET Bulletin 65. Required for compliance."
Real-World Application
Your station doesn't meet RF exposure exemption criteria (e.g., power too high, antenna too close). You must perform an RF exposure evaluation in accordance with FCC OET Bulletin 65. This involves calculating or measuring RF exposure to ensure compliance. This is required if you don't qualify for exemption. OET Bulletin 65 evaluation is mandatory.
FCC Part 97.13, FCC OET Bulletin 65Key Concepts
Why Other Options Are Wrong
Option B: Incorrect. Contacting FCC for permission isn't required - you perform the evaluation yourself, not contact FCC. FCC contact isn't the action.
Option C: Incorrect. World Meteorological Organization guidelines aren't used - FCC OET Bulletin 65 is the standard. WMO guidelines are wrong.
Option D: Incorrect. Using an FCC-approved band-pass filter doesn't address RF exposure - filters reduce harmonics, not exposure. Band-pass filter isn't the solution.
题目解析
The correct answer is A: Perform an RF exposure evaluation in accordance with FCC OET Bulletin 65. What you must do if your station fails to meet the FCC RF exposure exemption criteria is to perform an RF exposure evaluation in accordance with FCC OET Bulletin 65. If you don't qualify for exemption, you must perform a formal evaluation. For amateur radio operators, this is required for compliance. Understanding this helps ensure regulatory compliance.
考试技巧
Fails exemption = perform RF exposure evaluation per OET Bulletin 65. Think 'F'ails 'E'xemption = 'F'ormal 'E'valuation required. If you don't qualify for exemption, you must perform formal evaluation per OET Bulletin 65. Not contact FCC, not WMO guidelines, not band-pass filter - just OET Bulletin 65 evaluation.
记忆口诀
Fails exemption = perform RF exposure evaluation per OET Bulletin 65. Think 'F'ails 'E'xemption = 'F'ormal 'E'valuation. If you don't qualify for exemption, you must perform formal evaluation per OET Bulletin 65. Required for compliance.
实际应用示例
Your station doesn't meet RF exposure exemption criteria (e.g., power too high, antenna too close). You must perform an RF exposure evaluation in accordance with FCC OET Bulletin 65. This involves calculating or measuring RF exposure to ensure compliance. This is required if you don't qualify for exemption. OET Bulletin 65 evaluation is mandatory.
错误选项分析
Option B: Incorrect. Contacting FCC for permission isn't required - you perform the evaluation yourself, not contact FCC. FCC contact isn't the action. Option C: Incorrect. World Meteorological Organization guidelines aren't used - FCC OET Bulletin 65 is the standard. WMO guidelines are wrong. Option D: Incorrect. Using an FCC-approved band-pass filter doesn't address RF exposure - filters reduce harmonics, not exposure. Band-pass filter isn't the solution.
知识点
RF exposure exemption, FCC OET Bulletin 65, RF exposure evaluation, Compliance requirement
Verified Content
Question from official FCC General Class question pool. Explanation reviewed by licensed amateur radio operators.