The PXI-5690 is a pxi from National Instruments.
Additional Features:
2-channel fixed or programmable gain with bypass
-165 dBm/Hz extended noise floor for NI PXI-5660
30 dB fixed gain on channel 0; -10 to +20 dB programmable gain on channel 1
Typical 5 dB noise figure on channel 0
100 kHz to 3.0 GHz frequency range
Typical -1.5 dB loss on bypass
The National Instruments PXI-5690 is an RF preamplifier offering fixed gain and configurable gain in a compact single-slot 3U PXI module. The PXI-5690 has gain and noise figure characteristics that optimize dynamic range and sensitivity in National Instruments RF vector signal analyzers. When used with the NI PXI-5660 analyzer, the PXI-5690 extends the testing and monitoring capability of the PXI-5660 down to -165 dBm/Hz. The PXI-5690 can also programmatically bypass its gain by switching to a direct path. This functionality enhances the testing and monitoring performance of the PXI-5660 by adding the previously unattainable capability to shift the dynamic range to easily monitor very weak and very strong signals.
The PXI-5690 is a pxi from National Instruments.
Additional Features:
- 2-channel fixed or programmable gain with bypass
- -165 dBm/Hz extended noise floor for NI PXI-5660
- 30 dB fixed gain on channel 0; -10 to +20 dB programmable gain on channel 1
- Typical 5 dB noise figure on channel 0
- 100 kHz to 3.0 GHz frequency range
- Typical -1.5 dB loss on bypass
The National Instruments PXI-5690 is an RF preamplifier offering fixed gain and configurable gain in a compact single-slot 3U PXI module. The PXI-5690 has gain and noise figure characteristics that optimize dynamic range and sensitivity in National Instruments RF vector signal analyzers. When used with the NI PXI-5660 analyzer, the PXI-5690 extends the testing and monitoring capability of the PXI-5660 down to -165 dBm/Hz. The PXI-5690 can also programmatically bypass its gain by switching to a direct path. This functionality enhances the testing and monitoring performance of the PXI-5660 by adding the previously unattainable capability to shift the dynamic range to easily monitor very weak and very strong signals.
