NI 783126-01 | PXIe-5654, RF signal generator up to 10 GHz
Manufacturer number: 783126-01
783126-01 | PXIe-5654, RF signal generator up to 10 GHz.
Technical Data
Bustype: | PXI Express |
---|---|
Connection type front: | 1-Pin, Männlich SMB, 1-Pin, Weiblich SMA |
Module width: | 3 |
Protectively coated: | No |
RF generator frequency range (GHz): | 250 kHz bis 10 GHz |
Real-time bandwidth of the RF generator (GHz): | 0.12 |
Typical tuning time of the generator (ms): | 1 |
With case: | Yes |
max. Output power: | 15 |
Documents & Downloads
Description
783126-01 | PXIe-5654, RF signal generator up to 10 GHz
The PXIe-5654 module offers a combination of low phase noise and short frequency adjustment times. This makes the module suitable for applications such as receiver blocking testing and desensitization, high performance intermodulation distortion measurements, and various security and defense applications. The PXIe-5654 module meets the demanding requirements for RFIC characterization, satellite tests and radar applications. Some PXIe-5654 options include a PXIe-5696 amplitude amplifier module. The PXIe-5696 supports a frequency range from 250 kHz to 20 GHz and an extended amplitude range of up to 27 dBm.
Product features:
- Bus type: PXIe
- Maximum output power: 15 dBm
- Frequency range RF generator: 250 kHz to 10 GHz
- Typical tuning time of the analyzer: 1 ms
- Module width: 3
Accessoires (32 products )
Accessoires (32 products )
The dataTec Academy
When you decide on new measuring or testing technology, you want to be sure that you are making the right decision. That's why we not only provide you with comprehensive consultation, but also offer a wide range of training courses. Whether online, at our premises in Reutlingen or exclusively for your company.
Recommended Seminars
News and Knowledge
As part of a research programme, the NI technology was confronted with a powerful opponent: microgravity. But in the fac...
One of dataTec's customers from research deals with the question of how objects behave in weightlessness. Without furthe...
Oxford University had such a big task that required thinking in very small terms. But thanks to NI's modular measurement...