Real-time DPX
Two of the most challenging types of signals to identify and capture are low-level signals close to your signal
frequency and rarely-occurring transients. Sometimes the interference is so infrequent that you can’t detect it at all.
You suspect it is there because of seemingly-random errors. DPX Spectrum instantly demystifies these situations by
displaying a clear image of the offending signals. Its capture probability is 100% for transients as short as 100 μsec.
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Demo 5: DPX and transient capture
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Demo 6: Transient capture: Mask test and act on violation
Modulation
Digital modulation is used in virtually all modern communication systems. These systems have penetrated every
aspect of our lives at a rapid pace. The growth has put increased stress on the ability to quickly and efficiently
analyze a wide variety of digital modulation schemes. In some cases, general modulation schemes have been
included in complex standards with rigorous specifications involving manual test procedures according to these
standards that require lengthy test setups with skilled engineers. Analog modulation is the most fundamental
modulation method, and is frequently used to demonstrate principles in education labs.
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Demo 7: Analog modulation analysis
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Demo 8: Digital modulation analysis
Introduction
6 RSA306 Self-Guided Demo
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