EasyManua.ls Logo

NI PXIe-6571 User Manual

Default Icon
84 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Page #1 background imageLoading...
Page #1 background image
PXIe-6571
User Manual
2024-03-20

Table of Contents

Question and Answer IconNeed help?

Do you have a question about the NI PXIe-6571 and is the answer not in the manual?

NI PXIe-6571 Specifications

General IconGeneral
BrandNI
ModelPXIe-6571
CategoryNetwork Card
LanguageEnglish

Summary

PXIe-6571 Overview

Device Capabilities

Lists the key features and capabilities of the PXIe-6571 instrument.

Components of a PXIe-6571 System

NI-Digital Pattern Driver

Instrument driver software for interacting with the PXIe-6571.

PXIe-6571 Installation and Configuration

Installing the PXIe-6571 into a Chassis

Procedure for physically installing the PXIe-6571 module into a compatible chassis.

Verifying the Installation in MAX

Steps to confirm the PXIe-6571 module is correctly installed and recognized.

Connecting Signals to the PXIe-6571

Connecting to a Device Under Test

Guidance on establishing signal connections to a device under test (DUT).

PXIe-6571 Theory of Operation

PXIe-6571 Pinout

PXIe-6571 Connector Pinout

Diagram showing the terminals and connections on the PXIe-6571 connector.

Triggers and Events

Start Trigger

Initiates pattern burst execution and synchronizes multiple instruments.

Synchronizing Multiple Instruments

Sourcing and Capturing Waveforms

Capturing Waveforms

Configuration steps for capturing digital data from the DUT.

Scan Testing

PXIe-6571 Operating Guidelines

Pin Electronics

Details the electrical interface to the DUT and pin driver functions.

Selecting Pin Function

Termination Mode

Programming PPMU

Force Voltage

Procedure for forcing voltage to the DUT using the PPMU.

Measure Current

Procedure for measuring current from the DUT using the PPMU.

Clocking

Master Clock

Describes the 100 MHz fixed master clock for instrument operation.

Vector Memory

Fast Vector Memory (FVM)

Stores initial vectors for quick access after sequencer branches.

Edge Multiplier

Shared Pins

Considerations When Using Shared Pins

How shared pins affect bursts and measurement results.

TDR

Thermal Protection

Calibration

Self-Calibration

Compensates for temperature and environmental effects on accuracy.