PXIe-3620
Modular Systems > National Instruments > PXI IF Transceivers
| Description: | PXIe-3620, 2 GHz Bandwidth, mmWave Transceiver, RF Upconverter and Downconverter Module |
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National Instruments PXIe-3620 RF Upconverter / Downconverter Module
The PXIe-3620 (Part number: 159813B-01L) is an RF Upconverter and Downconverter Module from National Instruments. This transceiver module includes a transmitter with 8.5 to 13.5 GHz, as well as a receiver with 2 GHz of instant bandwidth. The adaptable LO system of the PXIe-3620 supports MIMO applications by enabling LO sharing in addition to driving external mmWave heads. When higher performance phase noise is desired, the module may also take external LO sources (such the PXIe-5653). The PXIe-3620 is a necessary module to properly run the MMRH-3647 (Part number: 784458-01), which is a high power 71-76 GHz MMWave TX Adapter.
The mmWave radio heads that are compatible with the PXIe-3620 creates additional phase noise that is typically 20 log10(x) dB greater than normal, where x is the multiplication factor of the LO1 signal. Depending on the radio head used, this LO1 multiplication factor is usually either 8 or 6.
Both the PXIe-3610 (an arbitrary waveform generator), and the PXIe-3630 (a digitizer) are able to be connected to the PXIe-3620 through its analog I and Q differential baseband connectors. The PXIe-3620 features two different connection types for different interfaces. The IF Interface (both IF IN and IF OUT), has a 50 Ω SMA female connector. This connector type is also used with the LO1 interface for the LO1 TX/RX mmWave OUT. For both the LO1 TX/RX IN and LO1 TX/RX OUT of the LO1 interface, the PXIe-3610 utilizes a 50Ω MMPX female connector.
The 500Ω MMPX female connector of the PXIe-3610 is also used for the LO2 interface, for LO2 IN, LO2 OUT, and LO2 REF IN/OUT. When using the baseband interface of the PXIe-3610, the I/Q OUT uses a 100Ω differential MMPX female connector, while the I/Q IN uses a normal 100Ω MMPX female connector.
Associated part numbers for the PXIe-3620:
157680A-01L, 157680B-01L, 157680C-01L, 157960A-01L, 157960B-01L, 157963A-01L, 157963B-01L, 159736A-01L, 159736B-01L, 159813A-01L, 159813B-01L, 159813C-01L, 159813D-01L, 200010A-01, 784456-01
National Instruments PXIe-3620 Frequently Asked Questions
Question: What applications is the PXIe-3620 used for?
Answer: The PXIe-3620 is used to drive external mmWave radio heads via a flexible LO system. It is also used for LO sharing with MIMO applications.
Question: What is the difference in linear power between the IF OUT and IF IN of the PXIe-3620 IF Interface?
Answer: The linear power of the IF OUT of the PXIe-3620 is -40 dBm to 7 dBm, while the linear power of the IF IN is -25 dBm to +20 dBm.
Question: What is the frequency of the baseband interface of the PXIe-3620?
Answer: The frequency of the baseband interface, for both the I/Q OUT and the I/Q IN, is DC to 1 GHz
PXIe-3620 PDF Manuals
71_76_GHZ_MILLIMETER_WAVE_TRANSCEIVER_SYSTEM.PDF
PXIE 3620_LETTER_OF_VOLATILITY.PDF
MMWAVE_TRANSCEIVER_SYSTEM_GETTING_STARTED_GUIDE.PDF
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PXIe-3620
Modular Systems > National Instruments > PXI IF Transceivers
PXIe-3620, 2 GHz Bandwidth, mmWave Transceiver, RF Upconverter and Downconverter Module
1-800-915-6216
- Description
- Technical Specifications
- FAQ
- Manuals & PDFs
National Instruments PXIe-3620 RF Upconverter / Downconverter Module
The PXIe-3620 (Part number: 159813B-01L) is an RF Upconverter and Downconverter Module from National Instruments. This transceiver module includes a transmitter with 8.5 to 13.5 GHz, as well as a receiver with 2 GHz of instant bandwidth. The adaptable LO system of the PXIe-3620 supports MIMO applications by enabling LO sharing in addition to driving external mmWave heads. When higher performance phase noise is desired, the module may also take external LO sources (such the PXIe-5653). The PXIe-3620 is a necessary module to properly run the MMRH-3647 (Part number: 784458-01), which is a high power 71-76 GHz MMWave TX Adapter.
The mmWave radio heads that are compatible with the PXIe-3620 creates additional phase noise that is typically 20 log10(x) dB greater than normal, where x is the multiplication factor of the LO1 signal. Depending on the radio head used, this LO1 multiplication factor is usually either 8 or 6.
Both the PXIe-3610 (an arbitrary waveform generator), and the PXIe-3630 (a digitizer) are able to be connected to the PXIe-3620 through its analog I and Q differential baseband connectors. The PXIe-3620 features two different connection types for different interfaces. The IF Interface (both IF IN and IF OUT), has a 50 Ω SMA female connector. This connector type is also used with the LO1 interface for the LO1 TX/RX mmWave OUT. For both the LO1 TX/RX IN and LO1 TX/RX OUT of the LO1 interface, the PXIe-3610 utilizes a 50Ω MMPX female connector.
The 500Ω MMPX female connector of the PXIe-3610 is also used for the LO2 interface, for LO2 IN, LO2 OUT, and LO2 REF IN/OUT. When using the baseband interface of the PXIe-3610, the I/Q OUT uses a 100Ω differential MMPX female connector, while the I/Q IN uses a normal 100Ω MMPX female connector.
National Instruments PXIe-3620 Frequently Asked Questions
Question: What applications is the PXIe-3620 used for?
Answer: The PXIe-3620 is used to drive external mmWave radio heads via a flexible LO system. It is also used for LO sharing with MIMO applications.
Question: What is the difference in linear power between the IF OUT and IF IN of the PXIe-3620 IF Interface?
Answer: The linear power of the IF OUT of the PXIe-3620 is -40 dBm to 7 dBm, while the linear power of the IF IN is -25 dBm to +20 dBm.
Question: What is the frequency of the baseband interface of the PXIe-3620?
Answer: The frequency of the baseband interface, for both the I/Q OUT and the I/Q IN, is DC to 1 GHz
PXIe-3620 PDF Manuals & Diagrams
PXIe-3620 PDF Manuals
71_76_GHZ_MILLIMETER_WAVE_TRANSCEIVER_SYSTEM.PDF
PXIE 3620_LETTER_OF_VOLATILITY.PDF
MMWAVE_TRANSCEIVER_SYSTEM_GETTING_STARTED_GUIDE.PDF
Why Buy From Apex Waves
"The business transaction was super easy and friendly."
"Hand carrying parts to fedex directly to make sure I get them overnight. Great service"
"They were very helpful to get me the test equipment that I need."
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