Description
The PXIe-5645 Vector Signal Transceiver, with its Part Number 782377-01, is a sophisticated device capable of high-speed digital I/O up to 250 Mbit/s and offers a 200 MHz maximum instantaneous/complex I/Q bandwidth. Utilizing NI-TClk synchronization technology, this transceiver provides precise timing for complex measurement systems.
Programmable through LabVIEW, the onboard FPGA allows for custom application development, while 24 channels support a wide array of signal processing tasks. It is suitable for various applications including radar target simulation, multi-carrier aggregation, digital pre-distortion (DPD) algorithm implementation, 5G prototyping, and real-time spectrum analysis.
The transceiver covers an RF frequency range from 65 MHz to 6 GHz, adaptable as either a vector signal generator or vector signal analyzer. Its baseband I/Q interface can operate in differential or single-ended mode, ensuring compatibility with a range of signal types. Moreover, the transceiver boasts an impressive phase noise performance of -112 dBc/Hz at a 10 kHz offset, VSG amplitude accuracy within ±0.6 dB, and a swift tuning time of only 380 μs, making it a highly precise and responsive tool for advanced signal processing needs.
| Feature | Specification |
|---|---|
| Part Number | 782377-01 |
| Product Name | PXIe-5645 Vector Signal Transceiver |
| High-Speed Digital I/O | Up to 250 Mbit/s |
| Maximum Instantaneous/Complex I/Q Bandwidth | 200 MHz |
| Synchronization Technology | NI-TClk |
| FPGA Programming | LabVIEW-programmable FPGA |
| Number of Channels | 24 |
| Applications | Radar target simulation, multi-carrier aggregation, DPD algorithm implementation, 5G prototyping, real-time spectrum analysis |
| RF Frequency Range | 65 MHz to 6 GHz |
| Form Factor | Vector Signal Generator or Vector Signal Analyzer |
| Baseband I/Q Interface | Differential or single-ended |
| Phase Noise (10 kHz offset) | -112 dBc/Hz |
| VSG Amplitude Accuracy | ±0.6 dB |
| Tuning Time | 380 μs |
Question 1: What are the key features and applications of the PXIe-5645 Vector Signal Transceiver with Part Number 782377-01, and how does its technology support high-precision signal processing tasks?
Answer 1: The PXIe-5645 Vector Signal Transceiver is suitable for applications such as radar target simulation, multi-carrier aggregation, digital pre-distortion (DPD) algorithm implementation, 5G prototyping, and real-time spectrum analysis, with key features including high-speed digital I/O up to 250 Mbit/s, a 200 MHz maximum instantaneous/complex I/Q bandwidth, NI-TClk synchronization technology for precise timing, programmable FPGA for custom application development, 24 channels for
Question 2: What applications is the PXIe-5645 Vector Signal Transceiver, with a RF frequency range of 65 MHz to 6 GHz and NI-TClk synchronization, designed to accommodate, considering its capabilities for radar target simulation and real-time spectrum analysis?
Answer 2: The PXIe-5645 Vector Signal Transceiver (Part Number 782377-01) is a versatile device featuring high-speed digital I/O up to 250 Mbit/s, a maximum instantaneous/complex I/Q bandwidth of 200 MHz, and NI-TClk synchronization technology for precise timing in complex measurement systems. The transceiver is programmable through LabVIEW, has an onboard FPGA for custom application development, and offers 24 channels for diverse signal processing tasks. Its applications include radar
Question 3: What are the capabilities and applications of the PXIe-5645 Vector Signal Transceiver with Part Number 782377-01 in high-speed digital signal processing and analysis?
Answer 3: The PXIe-5645 Vector Signal Transceiver with Part Number 782377-01 is a high-performance device featuring high-speed digital I/O capabilities up to 250 Mbit/s, a maximum instantaneous/complex I/Q bandwidth of 200 MHz, and NI-TClk synchronization for precise timing. Its programmable FPGA, supported by LabVIEW, enables custom application development across 24 channels for versatile signal processing tasks. This transceiver is ideal for applications such as radar target simulation, multi
Question 4: What are the key features and applications of the PXIe-5645 Vector Signal Transceiver with Part Number 782377-01, and how does its NI-TClk synchronization technology contribute to its performance in complex measurement systems?
Answer 4: The PXIe-5645 Vector Signal Transceiver is designed to accommodate applications such as radar target simulation, multi-carrier aggregation, digital pre-distortion (DPD) algorithm implementation, 5G prototyping, and real-time spectrum analysis, benefitting from its wide RF frequency range of 65 MHz to 6 GHz and precise synchronization using NI-TClk technology.
Question 5: What are the applications of the PXIe-5645 Vector Signal Transceiver, and what are its key features that make it suitable for these applications?
Answer 5: The PXIe-5645 Vector Signal Transceiver with Part Number 782377-01 is capable of high-speed digital I/O up to 250 Mbit/s, offers a 200 MHz maximum instantaneous/complex I/Q bandwidth, and utilizes NI-TClk synchronization for precise timing in complex measurement systems. Programmable through LabVIEW, its onboard FPGA enables custom application development, and with 24 channels, it supports a wide range of signal processing tasks. It is suitable for applications such as
