mpylab.limits.conducted_emission.fcc_part18_subpartc module

Conducted-emission limits according to FCC Part 18.307 (Subpart C).

mpylab.limits.conducted_emission.fcc_part18_subpartc.FCC_PART18_307

alias of LIMIT

class mpylab.limits.conducted_emission.fcc_part18_subpartc.LIMIT(case=None, detector=None, port=None)

Bases: Limit

Configurable FCC Part 18.307 conducted-emission limit model.

description_case = {'Induction/Ultrasonic': '\n            ## Induction cooking ranges and ultrasonic equipment\n\n            Conducted limits according to 47 CFR 18.307(a).\n        ', 'Other consumer device': '\n            ## All other Part 18 consumer devices\n\n            Conducted limits according to 47 CFR 18.307(b).\n        ', 'RF lighting (consumer)': '\n            ## RF lighting devices (consumer)\n\n            Maximum RF line voltage according to 47 CFR 18.307(c).\n        ', 'RF lighting (non-consumer)': '\n            ## RF lighting devices (non-consumer)\n\n            Maximum RF line voltage according to 47 CFR 18.307(c).\n        '}

description_detector = {'AV': '## Average detector / maximum line voltage representation', 'QP': '## Quasi-peak detector / maximum line voltage representation'}

description_title = 'FCC 47 CFR Part 18.307 (Subpart C), conducted'

fmax = 30000000.0

fmin = 9000.0

limit_Induction_Ultrasonic_AV(f)

Return AV limits for induction cooking/ultrasonic equipment.

limit_Induction_Ultrasonic_QP(f)

Return QP limits for induction cooking/ultrasonic equipment.

limit_Other_consumer_device_AV(f)

Return AV limits for generic consumer Part 18 devices.

limit_Other_consumer_device_QP(f)

Return QP limits for generic consumer Part 18 devices.

limit_RF_lighting_consumer_AV(f)

Return AV limits for consumer RF lighting equipment.

limit_RF_lighting_consumer_QP(f)

Return QP limits for consumer RF lighting equipment.

limit_RF_lighting_non_consumer_AV(f)

Return AV limits for non-consumer RF lighting equipment.

limit_RF_lighting_non_consumer_QP(f)

Return QP limits for non-consumer RF lighting equipment.

source = '47 CFR 18.307 (eCFR / Cornell LII mirror)'

unit = 'dBµV'

variations = {'Case': ('Other consumer device', 'Induction/Ultrasonic', 'RF lighting (consumer)', 'RF lighting (non-consumer)'), 'Detector': ('QP', 'AV'), 'Port': ('AC',)}

mpylab.limits.conducted_emission.fcc_part18_subpartc.PART18_307

alias of LIMIT

mpylab.limits.conducted_emission.fcc_part18_subpartc.uv_to_dbuv(uv)

Convert microvolt values to dBµV.