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Noise Receiver Linearity is a measure of the receiver’s relative measurement accuracy as a function of received power.
The Noise Receiver Linearity measurement will be made by injecting a controlled CW power into the port and using the noise receiver to measure the power (the receiver measurement minus the cold noise correction). The input power is then set to a new power level and another receiver measurement is made (the receiver measurement minus the cold noise correction). The difference between the injected power change and the measured power change is the noise receiver linearity error.
For troubleshooting help, see Noise Receiver Linearity Troubleshooting.
Test Equipment1 |
Recommended Model |
Alternate Model |
Signal Generator |
E8257D |
N5183B E8257C E8247C (not allowed for N5241x and N5242x PNA-X) |
Power meter |
N1914A |
E4419A/B |
PowerSensor LowFreq 1 |
N8482A |
N8482A-CFT |
Dynamic Accuracy test set |
Z5623A Opt. H01 |
none |
3 dB Attenuator |
8491A Opt. 003 |
8491B Opt. 003 |
10 dB Attenuator |
8493C Opt. 010 |
none |
10 dB Attenuator |
8490D Opt. 010 |
none |
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Due to the complexity of the PNA family of analyzers, the following notes apply to illustrations in the PNA Help:
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