Aitai Technology PXI2007 Random Waveform Generator User Manual

PXI2007 arbitrary waveform generator hardware user manual introduces the application, functions, component layout, connection methods and other information of the product


Aitai Technology PXI2007 Random Waveform Generator User Manual - cover page
Brand
PXI2007
Category
Automation control Equipment
Document type
User Manual
Language
Chinese
Pages
14
File format
PDF
File size
1.1 MB
Published
12 March, 2012
Updated
30 September, 2023
MD5 checksum
CD84C7C7A4B61CFC693C1A4DF57FF1A7

About this manual

The PXI2007 is a PXI‑based arbitrary waveform generator that provides up to four synchronized analog output channels. It uses a DAC7641 chip with 16‑bit resolution, offering output ranges of 0‑5 V, 0‑10 V, ±5 V and ±10 V, and a maximum update rate of 100 kHz.

The manual describes the hardware layout, connector pin assignments, signal routing, data formats for single‑ and dual‑mode operation, calibration procedures, safety notes, and warranty information. It also explains how to configure multiple PXI2007 units for synchronized operation. This manual is written in Chinese.

What's inside

  • Overview
  • Hardware Layout and Key Components
  • Signal Input/Output Connectors and Pin Assignments
  • Data Format and Waveform Sequence
  • Calibration and Warranty

Specifications

DAC ModelDAC7641
Resolution16 bit
Maximum Update Rate100 kHz
Physical Channels4
Channel Establishment Time10 ns (typical)
FIFO Depth16 K points
Output Impedance0.29 Ω
Output Voltage Ranges0‑5 V, 0‑10 V, ±5 V, ±10 V

Frequently asked questions

How many analog output channels does the PXI2007 provide?

The PXI2007 provides four physical analog output channels.

What is the resolution of the DAC used in the PXI2007?

The DAC has a 16‑bit resolution.

What is the maximum update rate of the waveform output?

The maximum update rate is 100 kHz.

How is the PXI2007 calibrated?

Calibration is performed by connecting the DAC output to the AGND reference, running the Windows calibration program, and adjusting the output to the specified voltage levels.

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