Description
The Part Number 783967-01 corresponds to a Category VST device, which is the Model PXIe-5820. This model is described as a System Element, PXIe-5820 Baseband Vector Signal Transceiver, designed to fit into a 2-Slot configuration within compatible systems. It operates within a Frequency Bandwidth of 1 GHz and is classified as an I/Q type device.
For memory, it is equipped with onboard DRAM that consists of 2 banks, each capable of 2 GB/s, reaching a theoretical maximum data rate of 12 GB/s per bank. Additionally, it has 2 MB of onboard SRAM. Its maximum data handling capabilities are measured at a max data reading rate of 31 MB/s and a max data writing rate of 29 MB/s.
From an input perspective, it features DC, per terminal input coupling and supports differential input type with 2 input channels. The DC differential input impedance is rated at 100 ± 10 Ohms.
Overall, the PXIe-5820 is a highly capable baseband vector signal transceiver, designed for advanced signal generation and analysis within a compact, efficient form factor.
| Specification | Detail |
|---|---|
| Part Number | 783967-01 |
| Category | VST |
| Model | PXIe-5820 |
| Description | System Element, PXIe-5820 Baseband Vector Signal Transceiver |
| Slots Required | 2-Slot |
| Frequency Bandwidth | 1 GHz |
| Type | I/Q |
| Onboard DRAM | 2 banks, 2 GB/s each |
| Theoretical Maximum Data Rate | 12 GB/s per bank |
| Onboard SRAM | 2 MB |
| Max Data Reading Rate | 31 MB/s |
| Max Data Writing Rate | 29 MB/s |
| Input Coupling | DC, per terminal |
| Input Type | Differential |
| Input Channels | 2 |
| DC Differential Input Impedance | 100 ± 10 Ohms |
| Dimensions |
Question 1: What is the bandwidth of the PXIe-5820? Question 2: How many slots does the PXIe-5820 require? Question 3: What type of input coupling does the PXIe-5820 have? Question 4: What is the max data rate of the PXIe-5820’s DRAM? Question 5: What is the PXIe-5820’s max data writing rate? |
