National Instruments PXIe-5665 Bedienungsanleitung

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GETTING STARTED GUIDE

PXIe-5665 14 GHz

Vector Signal Analyzer

MIMO Platform

This document describes the proper slot placement and module connections needed for a

phase-coherent multiple input, multiple output (MIMO) system with the PXIe-5665 14 GHz

(PXIe-5665) vector signal analyzer (VSA).

The PXIe-5665 comprises the following modules:

• PXIe-5605 RF downconverter

• PXIe-5653 LO module

• PXIe-5622 IF digitizer

Preconfigured NI MIMO test systems that include these modules, a chassis, controller,

software, and accessories are available for purchase at ni.com/mimo.

This document also describes how to correctly configure the devices in Measurement &

Automation Explorer (MAX) and how to associate the modules. Refer to the PXIe-5665

Getting Started Guide and the PXIe-5665 Specifications, available at ni.com/manuals, for

more information about device specifications, maintenance, and safety information.

Note The master PXIe-5665 is the RF signal analyzer that receives the LO signal

directly from the PXIe-5653 module. Slave PXIe-5665 devices refer to the additional

analyzer channels that receive daisy-chained LO and Reference Clock signals.

Installing the Modules

The PXIe-5665 MIMO test system equipment setup requires you to install a master PXIe-5665

and additional PXIe-5665 slave devices in your PXI Express chassis.

Note The following installation instructions use semi-rigid cables when making

some module connections. The semi-rigid cables restrict slot placement because they

require you to place certain modules next to each other in the chassis.

Note Multiple chassis are required for PXIe-5665 14 GHz VSA MIMO systems

with four or more channels. Contact National Instruments for more information

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about creating PXIe-5665 14 GHz VSA MIMO test systems with four or more

channels.

1. Install the PXIe-5665 master device in your chassis. To use the cables included with your

module kit, install the PXIe-5622 IF digitizer module immediately to the left of the

PXIe-5605 RF downconverter module, and install the PXIe-5653 LO module

immediately to the right of the PXIe-5605.

The following figure illustrates the correct placement of the three modules that comprise

the PXIe-5665.

Tip Install the master PXIe-5665 modules in the chassis with enough room to

install your slave PXIe-5665 devices to the left of the master device.

Figure 1. PXIe-5665 14 GHz VSA Module Placement

ESD

SENSITIVE

LO3

800 MHz

LO2

4 GHz

LO1

3.2 GHz - 8.3 GHz

OUT

ALL PORTS

50 Ω

Synthesizer

ACCESS ACTIVE

REF IN

10 MHz

5 V p-p MAX

REF OUT

10 MHz

1.5 V p-p MAX

REF OUT

100 MHz

1.5 V p-p MAX

ACCESS

ACTIVE

CLK IN

CLK OUT

PFI 1

ESD

SENSITIVE

TTL

6.3 Vp-p

MAX

2 Vp-p

NOM

+20 dBm MAX

50 Ω

NI PXIe-5622

16-Bit IF Digitizer

IF IN

IF OUT

+22 dBm MAX

0 V DC

OUT

LO3

LO2

LO1

+15 dBm MAX

0 V DC

ACCESS ACTIVE

NI PXIe-5605 NI PXIe-5653

Downconverter 20 Hz - 14 GHz

LO1

LO2

LO3

ESD

SENSITIVE

ALL PORTS

50 Ω

+15 dBm MAX

25 V DC MAX

RF IN

0 V DC

+20 dBm MAX > 10 MHz

+10 dBm MAX < 10 MHz

1. PXIe-5622

2. PXIe-5605

3. PXIe-5653

2. Install the slave PXIe-5665 device in your chassis to the left of the master PXIe-5665

device. You can install multiple PXIe-5665 devices to the left of the master PXIe-5665,

depending on your application requirements.

The following figure illustrates the correct placement of the slave devices in a chassis.

2| ni.com | PXIe-5665 14 GHz Vector Signal Analyzer MIMO Platform

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Figure 2. PXIe-5665 14 GHz VSA Slave Module Placement

1817161513121098765432

HHHH

H H H H

ESD

SENSITIVE

LO3

800 MHz

LO2

4 GHz

LO1

3.2 GHz - 8.3 GHz

OUT

ALL PORTS

50 Ω

NI PXIe-5653

Synthesizer

ACCESS ACTIVE

REF IN

10MHz

5 V p-p MAX

REF OUT

10MHz

1.5V p-p MAX

REF OUT

100 MHz

1.5V p-p MAX

ACCESS ACTIVE

CLK IN

CLK OUT

PFI 1

ESD

SENSITIVE

TTL

6.3 Vp-p

MAX

2 Vp-p

NOM

+20 dBm MAX

50 Ω

NI PXIe-5622

16-Bit IF Digitizer

IF IN

IF OUT

+22 dBm MAX

0 V DC

OUT

LO3

LO2

LO1

+15 dBm MAX

0 V DC

ACCESS ACTIVE

NI PXIe-5605

Downconverter 20 Hz - 14 GHz

LO1

LO2

LO3

ESD

SENSITIVE

ALL PORTS

50 Ω

+15 dBm MAX

25 V DC MAX

RF IN

0 V DC

+20 dBm MAX > 10MHz

+10dBm MAX < 10 MHz

ACCESS ACTIVE

CLK IN

CLK OUT

PFI 1

ESD

SENSITIVE

TTL

6.3 Vp-p

MAX

2 Vp-p

NOM

+20 dBm MAX

50 Ω

NI PXIe-5622

16-Bit IF Digitizer

IF IN

IF OUT

+22 dBm MAX

0 V DC

OUT

LO3

LO2

LO1

+15 dBm MAX

0 V DC

ACCESS ACTIVE

NI PXIe-5605

Downconverter 20 Hz - 14 GHz

LO1

LO2

LO3

ESD

SENSITIVE

ALL PORTS

50 Ω

+15 dBm MAX

25 V DC MAX

RF IN

0 V DC

+20 dBm MAX > 10MHz

+10dBm MAX < 10 MHz

ACCESS ACTIVE

CLK IN

CLK OUT

PFI 1

ESD

SENSITIVE

TTL

6.3 Vp-p

MAX

2 Vp-p

NOM

+20 dBm MAX

50 Ω

50 W

NI PXIe-5622

16-Bit IF Digitizer

IF IN

IF OUT

+22 dBm MAX

0 V DC

OUT

LO3

LO2

LO1

+15 dBm MAX

0 V DC

ACCESS ACTIVE

NI PXIe-5605

Downconverter 20 Hz - 14 GHz

LO1

LO2

LO3

ESD

SENSITIVE

ALL PORTS

50 Ω

+15 dBm MAX

25 V DC MAX

RF IN

0 V DC

+20 dBm MAX > 10MHz

+10dBm MAX < 10 MHz

2 2 1

NI PXIe-1075

1. Master PXIe-5665 14 GHz VSA

2. Slave PXIe-5665 14 GHz VSA

Interconnecting the Modules

This section describes how to interconnect the master PXIe-5665 modules and how to connect

the slave PXIe-5665 modules to the master PXIe-5665 modules.

Note This module configuration frequency-locks to the PXIe-5653 100 MHz

onboard Reference Clock by daisy chaining the 100 MHz Reference Clock to slave

digitizer modules. To frequency-lock to the PXI backplane, the PXIe-5653 requires

an OCXO-quality timebase source present on the PXI backplane.

For the best long-term phase stability over temperature, use the PXI backplane as the

Reference Clock source, but override the native PXI chassis backplane clock with an

OCXO-quality timebase that meets the requirements listed in the PXIe-5665

Specifications. The PXIe-5665 cannot lock to the native PXI chassis backplane

clock, and attempting to do so without overriding it with an OCXO timebase results

in phase-locked loop (PLL) lock errors. The PXIe-6674T Timing and Multichassis

Synchronization module is an option for synchronizing multiple digitizer clocks.

The PXIe-6674T 10 MHz clock can be driven onto the PXI backplane when placed

in the chassis System Timing Slot, also known as the Star Trigger Controller Slot.

You can also connect the output of the PXIe-6674T 10 MHz clock to the 10 MHz

BNC IN terminal on the back of the PXI chassis from any PXI chassis slot using an

SMA-to-BNC cable.

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Interconnecting the Master PXIe-5665 Modules

Figure 3. PXIe-5665 14 GHz Master VSA Cable Configuration

OUT

NI PXIe-5653

Synthesizer

REF IN

10 MHz

5 V p-p MAX

REF OUT

10 MHz

1.5 V p-p MAX

REF OUT

100 MHz

1.5 V p-p MAX

LO3

800 MHz

LO2

4 GHz

LO1

3.2 GHz - 8.3 GHz

ESD

SENSITIVE

OUT

ALL PORTS

50 Ω

NI PXIe-5605

Downconverter 20 Hz - 14 GHz

ACCESS ACTIVE

CLK IN

CLK OUT

PFI 1

ESD

SENSITIVE

TT L

6.3 Vp-p

MAX

2 Vp-p

NOM

+20 dBm MAX

50 Ω

NI PXIe-5622

16-Bit IF Digitizer

IF IN

LO1

LO2

LO3

ESD

SENSITIVE

OUT

LO3

LO2

LO1

ALL PORTS

50 Ω

+15 dBm MAX

25 V DC MAX

+15 dBm MAX

0 V DC

ACCESS ACTIVE

RF IN

0 V DC

+20 dBm MAX > 10 MHz

+10 dBm MAX < 10 MHz

IF OUT

+22 dBm MAX

0 V DC

1. Short, Silver Flexible RF SMA-to-SMA Cables

2. Flexible SMA-to-SMA Cable

3. Short, Semi-Rigid SMA-to-SMA Cable, Labeled K

1. Using the three short, silver flexible RF SMA-to-SMA cables, connect the LO1, LO2,

and LO3 connectors on the PXIe-5653 front panel to the associated LO1 IN, LO2 IN, and

LO3 IN connectors on the PXIe-5605 front panel.

2. Using the flexible SMA-to-SMA cable, connect the REF OUT 100 MHz connector on the

PXIe-5653 front panel to the CLK IN connector on the PXIe-5622 front panel.

3. Using the short semi-rigid SMA-to-SMA cable (labeled K), connect the IF OUT

connector on the PXIe-5605 front panel to the IF IN connector on the PXIe-5622 front

panel.

4. Hand-tighten all SMA cable ends on the SMA connectors after the cable center pins are

correctly aligned and connected. The cable connectors should tighten without much

torque or effort. If a cable bends due to incorrect alignment, remove the cable from the

front panel connector and reconnect the cable center pin on the SMA cable to the SMA

connector.

5. Carefully complete tightening all SMA connectors to 1 N · m using an appropriate torque

wrench (not included) or torque screwdriver and SMA driver bit. Tighten only until the

wrench clicks.

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Caution Incorrect torque at SMA connections can degrade signal fidelity and

phase-locked loop (PLL) performance and may cause insertion loss. Use an

appropriate torque wrench or torque screwdriver and SMA driver bit to ensure

all SMA connections are properly torqued. SMA connectors for connections to

external equipment may require torque different from 1 N · m, depending on

the connector type, material, and manufacturer.

Interconnecting the Slave PXIe-5665 Modules

The PXIe-5665 MIMO test system includes the following cables to interconnect additional

modules:

• Semi-rigid SMA-to-SMA cable (labeled M), (x3)

• Short, semi-rigid SMA-to-SMA cable (labeled K)

• Flexible SMA-to-SMA cable

Figure 4. PXIe-5665 14 GHz VSA Slave Module Cable Configuration

OUT

NI PXIe-5653

Synthesizer

REF IN

10 MHz

5 V p-p MAX

REF OUT

10 MHz

1.5 V p-p MAX

REF OUT

100 MHz

1.5 V p-p MAX

LO3

800 MHz

LO2

4 GHz

LO1

3.2 GHz - 8.3 GHz

ESD

SENSITIVE

OUT

ALL PORTS

50 Ω

NI PXIe-5605

Downconverter 20 Hz - 14 GHz

ACCESS ACTIVE

CLK IN

CLK OUT

PFI 1

ESD

SENSITIVE

TT L

6.3 Vp-p

MAX

2 Vp-p

NOM

+20 dBm MAX

50 Ω

NI PXIe-5622

16-Bit IF Digitizer

IF IN

IF OUT

+22 dBm MAX

0 V DC

LO1

LO2

LO3

ESD

SENSITIVE

OUT

LO3

LO2

LO1

ALL PORTS

50 Ω

+15 dBm MAX

25 V DC MAX

+15 dBm MAX

0 V DC

ACCESS ACTIVE

RF IN

0 V DC

+20 dBm MAX > 10 MHz

+10 dBm MAX < 10 MHz

NI PXIe-5605

Downconverter 20 Hz - 14 GHz

ACCESS ACTIVE

CLK IN

CLK OUT

PFI 1

ESD

SENSITIVE

TT L

6.3 Vp-p

MAX

2 Vp-p

NOM

+20 dBm MAX

50 Ω

NI PXIe-5622

16-Bit IF Digitizer

IF IN

IF OUT

+22 dBm MAX

0 V DC

LO1

LO2

LO3

ESD

SENSITIVE

OUT

LO3

LO2

LO1

ALL PORTS

50 Ω

+15 dBm MAX

25 V DC MAX

+15 dBm MAX

0 V DC

ACCESS ACTIVE

RF IN

0 V DC

+20 dBm MAX > 10 MHz

+10 dBm MAX < 10 MHz

1. Short, Semi-Rigid SMA-to-SMA Cable, Labeled K

2. Flexible SMA-to-SMA Cable

3. Medium, Semi-Rigid SMA-to-SMA Cables, Labeled M

1. Using the short, semi-rigid SMA-to-SMA cable (labeled K), connect the IF OUT

connector on the slave PXIe-5605 front panel to the IF IN connector on the slave

PXIe-5622 front panel.

2. Using the flexible SMA-to-SMA cable, connect the CLK OUT connector from the

preceding PXIe-5622 front panel to the CLK IN connector on the next PXIe-5622 front

panel. This cable passes the 100 MHz Reference Clock from the preceding PXIe-5622 to

the CLK IN connector of the next PXIe-5622.

3. Using the three medium, semi-rigid SMA-to-SMA cables (labeled M), connect the

LO1 OUT, LO2 OUT, and LO3 OUT connectors on the preceding PXIe-5605 front panel

to the associated LO1 IN, LO2 IN, and LO3 IN connectors on the next PXIe-5605 front

panel.

4. Hand-tighten all SMA cable ends on the SMA connectors after the cable center pins are

correctly aligned and connected. The cable connectors should tighten without much

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torque or effort. If a cable bends due to incorrect alignment, remove the cable from the

front panel connector and reconnect the cable center pin on the SMA cable to the SMA

connector.

5. Carefully complete tightening all SMA connectors to 1 N · m using an appropriate torque

wrench (not included) or torque screwdriver and SMA driver bit. Tighten only until the

wrench clicks.

Caution Incorrect torque at SMA connections can degrade signal fidelity and

phase-locked loop (PLL) performance and may cause insertion loss. Use an

appropriate torque wrench or torque screwdriver and SMA driver bit to ensure

all SMA connections are properly torqued. SMA connectors for connections to

external equipment may require torque different from 1 N · m, depending on

the connector type, material, and manufacturer.

Configuring the PXIe-5665 in MAX

Use Measurement & Automation Explorer (MAX) to configure your NI hardware. MAX

informs other programs about which NI hardware products are in the system and how they are

configured. MAX is automatically installed with NI-RFSA.

1. Launch MAX.

2. In the configuration tree, expand Devices and Interfaces to see the list of installed NI

hardware.

Note If you are using the PXIe-5665 with the LabVIEW Real-Time Module,

expand Remote Systems. Find your target IP address or name, expand it, and

then expand Devices and Interfaces.

Installed modules appear under the name of their associated chassis.

3. Expand your Chassis tree item.

MAX lists all modules installed in the chassis. Your default names may vary.

Note If you do not see your module listed, press <F5> to refresh the list of

installed modules. If the module is still not listed, power off the system, ensure

the module is correctly installed, and restart.

4. Record the identifier MAX assigns to the hardware. Use this identifier when

programming the PXIe-5665.

5. Associate the hardware modules that comprise the master and slave PXIe-5665.

a) Select the master PXIe-5605 module that is identified as not configured in the

configuration tree.

b) In the Associated Devices section, select the appropriate module from each system

component drop-down listbox.

For the master PXIe-5665, you must associate the PXIe-5622 IF digitizer module

and the PXIe-5653 LO source module.

c) Select the slave PXIe-5605 module that is identified as not configured in the

configuration tree.

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d) In the Associated Devices section, select the appropriate module from each system

component drop-down listbox.

For the slave PXIe-5665, you must associated the PXIe-5622 IF digitizer module

and you must select External as the LO source for each slave device because the LO

signals are shared by all PXIe-5665 devices.

e) Click Save in the MAX toolbar.

Note Module associations may be lost when you move the modules to

different chassis slots.

6. Self-test the device modules by selecting the modules in the configuration tree, and

clicking Self-Test in the MAX toolbar. Repeat this step for all modules in your

PXIe-5665 system.

The MAX self-test performs a basic verification of hardware resources.

Where Do I Go from Here?

Now that you have installed your hardware, interconnected the modules, and configured the

modules in MAX, you can begin programming your hardware using the NI-RFSA instrument

driver.

Visit ni.com/mimo for more information about how to start creating your MIMO application.

This web site provides many useful MIMO articles, videos, and example programs.

The following documents provide more information that you may need as you create your

MIMO application:

•RF Multichannel Community—Visit ni.com/info and enter the Info Code exvi3p to

access the latest RF multi-channel reference software in LabVIEW for phase-coherent

and non-phase-coherent hardware configurations.

•NI RF Vector Signal Analyzers Help—Use this help file, located at Start»All Programs»

National Instruments»NI-RFSA»Documentation, to learn how to operate the

PXIe-5665. This help file also includes hardware information and detailed programming

references.

•PXIe-5665 Specifications—This document, located at Start»All Programs»National

Instruments»NI-RFSA»Documentation, provides additional hardware information.

•PXIe-5665 Getting Started Guide—This printed document is included in your hardware

kit and provides additional hardware configuration information.

Worldwide Support and Services

The NI website is your complete resource for technical support. At ni.com/support, you have

access to everything from troubleshooting and application development self-help resources to

email and phone assistance from NI Application Engineers.

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Visit ni.com/services for NI Factory Installation Services, repairs, extended warranty, and

other services.

Visit ni.com/register to register your NI product. Product registration facilitates technical

support and ensures that you receive important information updates from NI.

A Declaration of Conformity (DoC) is our claim of compliance with the Council of the

European Communities using the manufacturer’s declaration of conformity. This system

affords the user protection for electromagnetic compatibility (EMC) and product safety. You

can obtain the DoC for your product by visiting ni.com/certification. If your product supports

calibration, you can obtain the calibration certificate for your product at ni.com/calibration.

NI corporate headquarters is located at 11500 North Mopac Expressway, Austin, Texas,

78759-3504. NI also has offices located around the world. For telephone support in the United

States, create your service request at ni.com/support or dial 1 866 ASK MYNI (275 6964). For

telephone support outside the United States, visit the Worldwide Offices section of ni.com/

niglobal to access the branch office websites, which provide up-to-date contact information,

support phone numbers, email addresses, and current events.

Information is subject to change without notice. Refer to the NI Trademarks and Logo Guidelines at ni.com/trademarks for

information on NI trademarks. Other product and company names mentioned herein are trademarks or trade names of their

respective companies. For patents covering NI products/technology, refer to the appropriate location: Help»Patents in your

software, the patents.txt file on your media, or the National Instruments Patent Notice at ni.com/patents. You can find

information about end-user license agreements (EULAs) and third-party legal notices in the readme file for your NI product. Refer

to the Export Compliance Information at ni.com/legal/export-compliance for the NI global trade compliance policy and how

to obtain relevant HTS codes, ECCNs, and other import/export data. NI MAKES NO EXPRESS OR IMPLIED WARRANTIES AS

TO THE ACCURACY OF THE INFORMATION CONTAINED HEREIN AND SHALL NOT BE LIABLE FOR ANY ERRORS. U.S.

Government Customers: The data contained in this manual was developed at private expense and is subject to the applicable

limited rights and restricted data rights as set forth in FAR 52.227-14, DFAR 252.227-7014, and DFAR 252.227-7015.

373728D-01 April 27, 2017

Artisan Technology Group - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisantg.com

Artisan Technology Group is your source for quality

new and certied-used/pre-owned equipment

• FAST SHIPPING AND

DELIVERY

• TENS OF THOUSANDS OF

IN-STOCK ITEMS

• EQUIPMENT DEMOS

• HUNDREDS OF

MANUFACTURERS

SUPPORTED

• LEASING/MONTHLY

RENTALS

• ITAR CERTIFIED

SECURE ASSET SOLUTIONS

SERVICE CENTER REPAIRS

Experienced engineers and technicians on staff

at our full-service, in-house repair center

WE BUY USED EQUIPMENT

Sell your excess, underutilized, and idle used equipment

We also offer credit for buy-backs and trade-ins

www.artisantg.com/WeBuyEquipment

REMOTE INSPECTION

Remotely inspect equipment before purchasing with

our interactive website at www.instraview.com

LOOKING FOR MORE INFORMATION?

Visit us on the web at www.artisantg.com for more

information on price quotations, drivers, technical

specications, manuals, and documentation

View

Instra

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