Additional Features: Frequency Range: 10 MHz to 20 GHz Fully phase locked analog sweep for accuracy and speed Flat and accurate output power to characterize the linear response of the test device Offset frequency sweep for mixer test Agilent 8350 programming mode for backwards compatibility Standard 10 MHz time base: ±10 ppm High stability time base (Option IE5): accuracy = calibration ± aging rate ± temperature effects ± line voltage effects Aging rate: 5 x 10-10/day, 1 x 10-7/year With temperature: 1 x 10-10/°C With line voltage: 5 x 10-10 for 10% change CW mode Resolution: 1 Hz Accuracy: same as time base Switching time: 70 ms max Stepped sweep mode Resolution: settable 1 Hz, display 1 kHz Accuracy: same as timebase Minimum step size: same as resolution Number of points: 2 to 1601 Switching time/point: 7 ms + 8 ms/GHz step Dwell time/point: 1 ms to 1 s Ramp (analog, phase locked) sweep mode Resolution: 1 kHz Accuracy (25 ±5 °C): For 100 ms sweeps the greater of: ±.01% of span ±time base or ±75 kHz ±time base At other sweep speeds: [±.001% of span]/[sweep time (s)] ±time base Markers 10 independent continuously variable markers Display modes: z-axis intensity or RF amplitude pulse Sweep functions Start/stop, center frequency/span, marker, ramp, stepped, manual, alternate and power sweep Marker sweep: sweeps between markers one and two Alternate sweep: alternates successive sweeps between current front panel setting and stored setup RF output Maximum leveled power (25 ±5 °C): +10 dBm With option 1E1 (step attenuator): reduce by 1 dB Minimum settable power: -15 dBm With option 1E1: -85 dBm Resolution Settable: 0.01 dB Display: 0.1 dB The Agilent 83752A sweeper brings outstanding synthesized performance to the component-test marketplace. It delivers the best performance for the price in general purpose benchtop, swept test or scalar applications. This sweeper provides superior accuracy and stability while maintaining the speed of an analog source. Fully synthesized CW, stepped and ramp sweep modes are available in broadband and narrowband operation. The synthesis capability is particularly useful for the characterization of narrowband devices, in which the frequency instabilities of open-loop sources become most apparent. Excellent output power flatness and accuracy can be translated to the input port of the device under test with the power flatness correction feature of this source.