R&S FPC-K7, Modulation Analysis (AM, FM, ASK, FSK) (software license)
Modulation Analysis (AM, FM, ASK, FSK) (software license)
For more information download the FPC Brochure:
The FPC-K7 option turns the FPC1000 into a modulation analyzer for measuring the modulation quality of amplitude or frequency-modulated signals. The analog demodulation display shows the measurement curve and a summary of measurement parameters such as carrier power, carrier offset, modulation index (depth) for AM signals, frequency swing for FM signals, SINAD, THD etc. The modulation overview display provides user-definable limit values for each measurement. Demodulated audio signals can be output via the built-in speaker or the headphone jack.
Basic digital modulation formats are used in many applications, for example near-field communication. The FPC1000 supports both ASK (Amplitude Shift Keying) and FSK (Frequency Shift Keying) analysis. The digital modulation displays include trace, eye diagram, modulation error and symbol analysis.
With the FPC-K7 software option, you can easily check the quality of the modulated signals.
The FPC-K7 option turns the FPC1000 into a modulation analyzer for measuring the modulation quality of amplitude or frequency-modulated signals. The analog demodulation display shows the measurement curve and a summary of measurement parameters such as carrier power, carrier offset, modulation index (depth) for AM signals, frequency swing for FM signals, SINAD, THD etc. The modulation overview display provides user-definable limit values for each measurement. Demodulated audio signals can be output via the built-in speaker or the headphone jack.
Basic digital modulation formats are used in many applications, for example near-field communication. The FPC1000 supports both ASK (Amplitude Shift Keying) and FSK (Frequency Shift Keying) analysis. The digital modulation displays include trace, eye diagram, modulation error and symbol analysis.
With the FPC-K7 software option, you can easily check the quality of the modulated signals.