HP8714ES

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Frequency range: 1.3GHz to 3GHz
S-parameter measurement (ES type)
Narrowband and wideband detection
100dB dynamic range
Real-time scanning speed (50ms/one scan)
50Ω or 75Ω system impedance
1 Hz resolution composite source
Standard LAN (Local Area Network) Interface
Standard Agilent Instrument BASIC (IBASIC)
Standard 2, 6 and 12 port switching test equipment available
Optional Confederate Positioning and SRL (Structure Return Loss) Measurements
The design takes into account the needs of manufacturing
Standard Series Features
The Agilent 8712ET and 8714ET feature a built-in transmission/reflection test set that enables a range of amplitude and phase measurements. The two types of countermeasures also use advanced vector error correction techniques to improve measurement accuracy.
The Agilent 8712ES and 8714ES feature an S-parameter test setup that enables full 2-port vector error correction to provide the highest level of measurement accuracy.
All of these analyzers can perform fast and comprehensive sweep and power scan characterization of RF components. In addition, it also has the following features:
300kHz to 1.3 or 3GHz models available in 50Ω or 75Ω options
Synthetic sources provide fast, stable, high resolution (1Hz) excitation for accurate measurement of a wide variety of RF components.
Power Scan Can Test Amplifier Gain Compression and AM-FM Transform
60dB step attenuator (ES type is standard, ET type is optional) can provide various output power levels for testing active devices
Real-time scan speed greater than 10 updates per second helps achieve high device productivity and increase tuning efficiency
Built-in DOS-compatible 3.5-inch disk drive provides unlimited data storage
The serial, parallel, LAN, and GPIB interfaces make it easy to provide print and plot data for all kinds of printers and plotters.
Flexible and sensitive receivers can perform both narrowband and wideband detection. Broadband detection characterizes frequency converters, while narrowband detection provides up to 100dB dynamic range for vector measurements of high-suppression devices