img

158396H-01L

The PXIe-5820 (part number 783967-01) is a 2-slot VST with a 1 GHz I/Q Complex frequency bandwidth, featuring a wideband I/Q digitizer and generator.

In Stock | Ships Today

img

    Description

    The product with the Part Number 783967-01 falls under the Category VST and is identified as model PXIe-5820. This model requires 2 slots for installation and operates within a Frequency Bandwidth of 1 GHz. It is designed specifically for I/Q Complex signals.

    Among its distinctive Features, the PXIe-5820 includes a Wideband I/Q Digitizer, a Wideband I/Q Arbitrary Waveform Generator, and a High-performance FPGA that is user programmable. This device boasts Onboard DRAM consisting of 2 banks, each with a capacity of 2 GB, and has a Theoretical Max Data Rate per Bank of 12 GB/s. Additionally, it includes 2 MB of Onboard SRAM.

    The Max Data Reading Rate of this device is 31 MB/s, while the Max Data Writing Rate is slightly lower at 29 MB/s. For input, it uses DC, Per Terminal coupling and supports a Differential input type. There are 2 Input Channels available, each with a DC Differential Input Impedance of 100 ± 10 Ohms.

    Question 1: What is the part number of PXIe-5820?
    Answer 1: 783967-01

    Question 2: How many slots does the PXIe-5820 require?
    Answer 2: 2 slots

    Question 3: What is the frequency bandwidth of PXIe-5820?
    Answer 3: 1 GHz

    Question 4: How much DRAM does PXIe-5820 have onboard?
    Answer 4: 2 banks of 2 GB each

    Question 5: What is the max data reading rate of the PXIe-5820?
    Answer 5: 31 MB/s

    Specification Detail
    Part Number 783967-01
    Category VST
    Model PXIe-5820
    Slots Required 2-Slot
    Frequency Bandwidth 1 GHz
    Type I/Q Complex
    Features Wideband I/Q Digitizer, Wideband I/Q Arbitrary Waveform Generator, High-performance FPGA (User Programmable)
    Onboard DRAM 2 banks, 2 GB each
    Theoretical Max Data Rate per Bank 12 GB/s
    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
    Number of Input Channels 2
    DC Differential Input Impedance 100 ± 10 Ohms