Keysight S96088B Source phase control
Key Features
Set calibrated, arbitrary phase differences between two signal sources on the E5080B ENA
- Works with the E5080B ENA and E5081A ENA-X Analyzers
- Control the relative phase between the two internal sources and/or external signal generators
- Provide calibrated, electronic loads to an amplifier under test
- Sweep the phase of the load while maintaining the constant reflection-coefficient magnitude
- Requires 4 port with 2 internal source configurations on E5081A or E5080B (E5080B opt.4x2.)
Additional Documents:
The S96088B allows users to set calibrated, arbitrary phase differences between two signal sources on 4-port ENA-X or ENA network analyzer. The sources can be the analyzer’s internal sources or external signal generators routed through the analyzer’s test set. The phase difference can be fixed, or swept between two specified phase values. S96088B also controls the relative power level between the sources using the receiver-leveling feature.
The S96088B is targeted for active-load control, where the analyzer provides a precise, electronically settable impedance to the output port of a device, while gain and output power are measured. This capability can be combined with external load-pull software to create traditional load-pull power contours.
The S96088B allows users to set calibrated, arbitrary phase differences between two signal sources on 4-port ENA-X or ENA network analyzer. The sources can be the analyzer’s internal sources or external signal generators routed through the analyzer’s test set. The phase difference can be fixed, or swept between two specified phase values. S96088B also controls the relative power level between the sources using the receiver-leveling feature.
The S96088B is targeted for active-load control, where the analyzer provides a precise, electronically settable impedance to the output port of a device, while gain and output power are measured. This capability can be combined with external load-pull software to create traditional load-pull power contours.