Key benefits - Frequency dependent performance: the filter affects FM signals and its impact is related to the signal frequency, and it can also influence aviation frequency bands. - Short term FM influence: this filter mainly affects FM signals for a short period, making it suitable for temporary signal adjustment or testing. - Strong suppression in the FM band: suppresses 88-108 MHz with an attenuation of about 50 dB or more, helping to reduce unwanted FM energy in measurements or monitoring. - Diagnostic insight for BCFM setups: when viewing the BCFM radio station image and you notice an increase in WFM at other frequencies, you can assess whether this filter is contributing to that effect. What it does - Filters FM signals with a focus on short-term influence, while providing substantial attenuation in the 88-108 MHz range. - The attenuation level and frequency-dependent behavior assist in evaluating signal isolation and interference. Compatibility and considerations - Intended for use in contexts involving BC FM radio station monitoring or testing, where observing WFM changes across frequencies is part of the workflow. - When planning measurements, consider that the filter may also affect aviation frequency bands due to its frequency-dependent characteristics. Use scenarios - Scenario 1: Field testing a BC FM station. Apply the filter and monitor WFM changes across other frequencies to determine the filter’s impact. - Scenario 2: Interference management in the 88-108 MHz FM band. Use the filter to achieve strong attenuation (around 50 dB or more) and observe the resulting signal conditions. - Scenario 3: Diagnostic signal analysis. Use during spectrum checks to compare FM behavior before and after the filter, aiding in identifying whether observed WFM increases originate from the filter. Performance highlights - Attenuation: 88-108 MHz with approximately 50 dB or greater attenuation. - FM focus with short-term influence: designed to affect FM signals for a brief period during use. - Frequency-dependent behavior: the filter’s impact is relative to the signal frequency and can influence nearby bands, including aviation frequencies, under certain conditions. Notes - This description reflects the product’s stated functions and observations associated with BCFM monitoring and FM signal management. No additional features, sizes, or materials are specified.