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True analog display capability, along with fast sweep speeds and TV Line and TV Field triggering provide demodulation of video carriers for making depth-of-modulation checks or looking at special baseband data, VITS, and other signals. An internal audio amplifier and AM/FM detectors let one hear demodulated signals, using either the build-in speaker or headphone jack for signal identification and troubleshooting and in communications applications. | True analog display capability, along with fast sweep speeds and TV Line and TV Field triggering provide demodulation of video carriers for making depth-of-modulation checks or looking at special baseband data, VITS, and other signals. An internal audio amplifier and AM/FM detectors let one hear demodulated signals, using either the build-in speaker or headphone jack for signal identification and troubleshooting and in communications applications. | ||
Additional features include Digital Storage Display (selectable acquisition modes of positive peak only, positive/negative peak, Max hold, Waterfall, and an analog sweep when digital storage is off), Ensemble Averaging, Internal Preamp, Internal Calibrator (accessed through Input Menu), Alternate Reference Level Units (dBm, dBmV, dBV, dBµV, dBµW, and dBµV/m), User-Definable Power-on Status, Center Measure, Graticule Illumination (for CRT photography), and Direct Plot/Print (Printers via Opt. 03 GPIB, or RS-232-C interface via Opt. 08. | Additional features include Digital Storage Display (selectable acquisition modes of positive peak only, positive/negative peak, Max hold, Waterfall, and an analog sweep when digital storage is off), Ensemble Averaging, Internal Preamp, Internal Calibrator (accessed through Input Menu), Alternate Reference Level Units (dBm, dBmV, dBV, dBµV, dBµW, and dBµV/m), User-Definable Power-on Status, Center Measure, Graticule Illumination (for CRT photography), and Direct Plot/Print (Printers via Opt. 03 GPIB, or RS-232-C interface via Opt. 08). | ||
Front panel inputs/outputs are: RF INPUT [[N connector]] (50Ω, +20 dBm Max, 100 V DC blocking capacitor); and GEN [[N connector]] (50Ω, 0 to -48 dBm, Opt. 4 Tracking Generator generates a sweep frequency to enable the Spectrum Analyzer to make circuit response measurements, i.e. scalar network analysis). | Front panel inputs/outputs are: RF INPUT [[N connector]] (50Ω, +20 dBm Max, 100 V DC blocking capacitor); and GEN [[N connector]] (50Ω, 0 to -48 dBm, Opt. 4 Tracking Generator generates a sweep frequency to enable the Spectrum Analyzer to make circuit response measurements, i.e. scalar network analysis). | ||