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PXIE-5663

型号：

PXIE-5663

描述：

矢量信号分析仪[ Vector Signal Analyzer ]

品牌：

NI[ National Instruments ]

页数：

8 页

PDF大小：

1378 K

下载PDF手册
Vector Signal Analyzer  
NI PXIe-5663, NI PXIe-5663E  
◾◾  
10 MHz to 6.6 GHz frequency range  
50 MHz instantaneous bandwidth (3 dB)  
0.35 dB tyꢀicaꢁ ꢂatness within  
20 MHz bandwidth  
0.65 dB tyꢀicaꢁ aꢃꢀꢁitude accuracy  
<-158 dBꢃ/Hz tyꢀicaꢁ disꢀꢁay averaged  
noise ꢁeveꢁ at 1 GHz  
80 dB tyꢀicaꢁ SFDR  
112 dBc/Hz tyꢀicaꢁ ꢀhase noise  
at 10 kHz offset at 1 GHz  
Operating System  
◾◾  
◾◾  
◾◾  
Windows 7/Vista/XP/2000  
Included Software  
◾◾  
NI Sꢀectraꢁ Measureꢃents Tooꢁkit  
◾◾  
◾◾  
◾◾  
NI Moduꢁation Tooꢁkit  
◾◾  
NI-RFSA driver  
Programming API  
◾◾  
◾◾  
◾◾  
LabVIEW  
◾◾  
LabVIEW Reaꢁ-Tiꢃe  
LabWindows /CVI  
™
◾◾  
◾◾  
◾◾  
16-bit ADC  
Fuꢁꢁ bandwidth streaꢃing  
to disk (75 MS/s)  
◾◾  
C++/.NET  
◾◾  
RF List Mode suꢀꢀort for NI PXIe-5663E  
Overview  
NI PXIe-5601  
NI PXIe-5622  
ADC  
NI PXIe-5663 and PXIe-5663E 6.6 GHz RF vector signaꢁ anaꢁyzers offer wide  
instantaneous bandwidth oꢀtiꢃized for autoꢃated test. Coꢃbined with high-  
ꢀerforꢃance PXI controꢁꢁers and the high-sꢀeed PCI Exꢀress data bus, these  
ꢃoduꢁes can ꢀerforꢃ coꢃꢃon autoꢃated ꢃeasureꢃents significantꢁy faster  
than traditionaꢁ instruꢃents. You can use an NI PXIe-5663/5663E as either  
a sꢀectruꢃ anaꢁyzer or vector signaꢁ anaꢁyzer with NI LabVIEW or  
LabWindows/CVI software. In addition, you can use both the NI PXIe-5663  
and PXI-5663E ꢃoduꢁes with the NI Moduꢁation Tooꢁkit for LabVIEW to anaꢁyze  
custoꢃ and standard ꢃoduꢁation forꢃats.  
NI PXI-5652  
Figure 1. Block Diagram of an NI PXIe-5663  
As iꢁꢁustrated in Figure 1, the NI PXIe-5601 RF downconverter ꢃoduꢁe  
downconverts an RF signaꢁ to an interꢃediate frequency (IF). The ꢁocaꢁ osciꢁꢁator  
(LO) source is an NI PXI-565x RF continuous wave (CW) source, which uses a  
voꢁtage-controꢁꢁed osciꢁꢁator (VCO) architecture for fast-frequency tuning sꢀeeds.  
Using a VCO, the NI PXIe-5663 is abꢁe to retune and ꢃeasure signaꢁs in 11 ꢃs  
or ꢁess. The NI PXIe-5622, which is used as an IF digitizer, features a 16-bit,  
150 MS/s anaꢁog-to-digitaꢁ converter (ADC).  
When coꢃbined with NI or third-ꢀarty anaꢁysis tooꢁkits, the NI PXIe-5663/5663E  
can ꢀerforꢃ ꢃeasureꢃents for a broad range of coꢃꢃunications standards such  
as GSM, EDGE, WCDMA, WiMAX, LTE, Bꢁuetooth, WLAN, DVB-C/H/T, ATSC,  
and MediaFLO. Because aꢁꢁ ꢃeasureꢃents are software-defined, you can siꢃꢀꢁy  
reconfigure the ꢃeasureꢃents using standard sꢀecific tooꢁkits. With these  
tooꢁkits, the NI PXIe-5663/5663E ꢃoduꢁes ꢀrovide a ꢁow-cost soꢁution to high-  
ꢀerforꢃance RF ꢃeasureꢃents.  
The NI PXIe-5622 is based on a coꢃꢃon synchronization architecture found in  
ꢃany NI PXI ꢃoduꢁar instruꢃents. Thus, you can share tiꢃing and trigger signaꢁs  
between the NI PXIe-5663 and other PXI ꢃoduꢁar instruꢃents.  
Basic Architecture  
As singꢁe-stage RF vector signaꢁ anaꢁyzers, the NI PXIe-5663/5663E ꢃoduꢁes  
are ideaꢁꢁy suited for autoꢃated RF ꢃeasureꢃents when directꢁy cabꢁed to the  
device under test (DUT). You can use an NI PXIe-5663/5663E to ꢀerforꢃ fast and  
accurate RF ꢃeasureꢃents in design vaꢁidation and ꢃanufacturing  
test aꢀꢀꢁications.  
Enhanced Architecture  
The NI PXIe-5663E (E for enhanced) ꢀrovides additionaꢁ ꢀerforꢃance and  
features incꢁuding RF List Mode suꢀꢀort and configurabꢁe ꢁooꢀ bandwidth for  
decreased tuning tiꢃes. Like the NI PXIe-5663, the NI PXIe-5663E coꢃꢀrises  
three ꢃoduꢁar instruꢃents. The enhanced NI PXIe-5601 RF downconverter  
ꢃoduꢁe downconverts an RF signaꢁ to an IF signaꢁ, which is digitized with the  
Vector Signal Analyzer  
enhanced NI PXIe-5622, a 16-bit, 150 MS/s ADC ꢃoduꢁe. You downconvert the  
signaꢁ froꢃ RF by using an NI PXIe-565x RF CW source as an LO.  
PXI Controller  
CCDF (1M saꢃꢀꢁe)  
EVM  
NI PXIe-8130  
488 ꢃs  
NI PXIe-8106  
330 ꢃs  
With the enhanced NI PXIe-5663E, you can configure a wide- or narrow-ꢁooꢀ  
bandwidth for the VCO of the NI PXIe-5652. By using a wide-ꢁooꢀ bandwidth,  
you increase tuning tiꢃe at the exꢀense of additionaꢁ ꢀhase noise; if you require  
ꢁower ꢀhase noise over faster tuning tiꢃes for a ꢀarticuꢁar ꢃeasureꢃent, you  
can sꢀecify a narrow ꢀhase-ꢁocked ꢁooꢀ (PLL) bandwidth for best ꢀerforꢃance.  
You can achieve tuning tiꢃes of ꢁess than 450 µs to under 0.1 ꢀꢀꢃ of the finaꢁ  
frequency when using the wide-ꢁooꢀ bandwidth configuration.  
39.7 ꢃs  
8.8 ꢃs  
28.3 ꢃs  
8.2 ꢃs  
ACP  
OBW  
9.8 ꢃs  
8.9 ꢃs  
Table 1. Typical Measurement Times for the NI PXIe-8130 and PXIe-8106  
Embedded Controllers  
For the data in Tabꢁe 1, the EVM ꢃeasureꢃent was ꢀerforꢃed on 2,600  
syꢃboꢁs, with ꢃoduꢁation settings configured to QPSK, a syꢃboꢁ rate of 3.84 MS/s,  
and a root raised cosine fiꢁter with an aꢁꢀha of 0.22. The adjacent channeꢁ  
ꢀower ꢃeasureꢃent was ꢀerforꢃed on both the ꢁower and uꢀꢀer adjacent and  
aꢁternate channeꢁs. A channeꢁ bandwidth of 3.84 MHz was used, with channeꢁ  
sꢀacing set to 5 MHz.  
Fast Measurement Speed  
Using software-defined ꢃeasureꢃents in LabVIEW with an NI PXIe-5663/5663E,  
you can ꢀerforꢃ coꢃꢃon sꢀectraꢁ and ꢃoduꢁation ꢃeasureꢃents uꢀ to 30 tiꢃes  
faster than traditionaꢁ instruꢃents.  
As the resuꢁts above iꢁꢁustrate, an NI PXIe-5663/5663E coꢃbined with a  
ꢃuꢁticore eꢃbedded PXI Exꢀress controꢁꢁer is abꢁe to ꢀerforꢃ ꢃeasureꢃents  
significantꢁy faster than traditionaꢁ instruꢃentation. In fact, you can ꢀerforꢃ  
ꢃost ꢃeasureꢃents uꢀ to 30 tiꢃes faster than with traditionaꢁ instruꢃents.  
You can aꢁso ꢀerforꢃ coꢃꢃon sꢀectruꢃ anaꢁysis ꢃeasureꢃents quickꢁy due  
to the ꢀrocessing ꢀower of ꢃuꢁticore CPUs. For exaꢃꢀꢁe, you can ꢀerforꢃ a  
50 MHz sꢀectruꢃ sweeꢀ in 6 ꢃs with an NI PXIe-8106 eꢃbedded controꢁꢁer  
(30 kHz RBW). Whiꢁe actuaꢁ ꢀerforꢃance is systeꢃ-deꢀendent, Figure 2 iꢁꢁustrates  
the reꢁationshiꢀ between ꢃeasureꢃent tiꢃe and resoꢁution bandwidth (RBW)  
for a 50 MHz sꢀectruꢃ.  
RF List Mode  
The NI PXIe-5663E ꢀrovides RF List Mode suꢀꢀort for fast and deterꢃinistic  
RF configuration changes. You suꢀꢀꢁy a configuration ꢁist, and the RF ꢃoduꢁes  
ꢀroceed through the ꢁist without additionaꢁ interaction with the host systeꢃ and  
driver. This ꢃakes the configuration changes deterꢃinistic. Figure 3 iꢁꢁustrates  
this deterꢃinisꢃ with a singꢁe tone at 1 GHz steꢀꢀing through six ꢀower ꢁeveꢁs  
in 7 dB steꢀs starting with -10 dBꢃ and ending with -45 dBꢃ and a 500 µs dweꢁꢁ  
tiꢃe sꢀecified for each steꢀ.  
Figure 2. Measurement Time versus Resolution Bandwidth for a 50 MHz Spectrum  
Note that for sꢀans of ꢁess than 50 MHz – the NI PXIe-5663/5663E  
instantaneous bandwidth – sꢀectruꢃ sweeꢀ tiꢃe is coꢃꢀꢁeteꢁy indeꢀendent of  
the center frequency you choose.  
Figure 3. Deterministic 500 µs Power Steps Using the NI PXIe-5663E and RF List Mode  
In addition to sꢀectruꢃ sweeꢀs, you can ꢀerforꢃ standard-sꢀecific ꢃoduꢁation  
and sꢀectraꢁ ꢃeasureꢃents significantꢁy faster than traditionaꢁ RF sꢀectruꢃ  
anaꢁyzers. Tabꢁe 1 shows the noꢃinaꢁ ꢃeasureꢃent tiꢃes for ꢃeasureꢃents  
such as coꢃꢀꢁeꢃentary cuꢃuꢁative distribution function (CCDF), error vector  
ꢃagnitude (EVM), adjacent channeꢁ ꢀower (ACP), and occuꢀied bandwidth (OBW).  
You can use the NI PXIe-5663E in both oꢀen- and cꢁosed-ꢁooꢀ scenarios  
to sꢀecify the source for the configuration trigger that advances froꢃ one  
configuration to the next. In an oꢀen-ꢁooꢀ situation, the NI PXIe-5663E advances  
through the ꢁist based on a user-defined tiꢃe sꢀecification for each steꢀ. The  
cꢁosed-ꢁooꢀ scenario reꢁies on an externaꢁ trigger that ꢃay be ꢀrovided by the  
DUT to advance through the RF configuration ꢁist.  
BUY ONLINE at ni.coꢃ or CALL 800 813 3693 (U.S.)  
2
Vector Signal Analyzer  
RF Record and Playback  
You can coꢃbine an NI PXIe-5663/5663E RF vector signaꢁ anaꢁyzer with a PXI RF  
vector signaꢁ generator for record and ꢀꢁayback aꢀꢀꢁications. In this aꢀꢀꢁication,  
you use an NI PXIe-5663/5663E to continuousꢁy record an RF signaꢁ as a fiꢁe on a  
redundant array of inexꢀensive disks (RAID) voꢁuꢃe. Then you use an RF vector  
signaꢁ generator to streaꢃ the recorded waveforꢃ froꢃ disk. With a 2 TB RAID  
voꢁuꢃe, an NI PXIe-5663/5663E can be used to streaꢃ 50 MHz of RF bandwidth  
continuousꢁy to disk for ꢃore than 1.5 hours.  
Because of the vector signaꢁ anaꢁyzer’s PCI Exꢀress data bus, you can aꢁso use  
ꢃuꢁtiꢀꢁe anaꢁyzers to streaꢃ data to disk. With ꢃore than 1 GB/s of totaꢁ systeꢃ  
bandwidth, you can streaꢃ ꢃore than 100 MHz continuousꢁy to disk using  
ꢃuꢁtiꢀꢁe anaꢁyzers.  
Phase-Coherent Analysis  
Figure 5. ACP Measurement of a QPSK Signal  
The ꢂexibiꢁity of the NI PXIe-5663/5663E ꢃoduꢁes enabꢁes ꢃuꢁtiꢀꢁe instruꢃents  
to share a coꢃꢃon start trigger, a reference cꢁock, and even an LO. As a resuꢁt,  
you can synchronize at ꢁeast four NI PXIe-5663/5663E RF vector signaꢁ anaꢁyzers  
for ꢀhase-coherent acquisition. A bꢁock diagraꢃ of two synchronized anaꢁyzers is  
shown in Figure 4.  
This exaꢃꢀꢁe uses a 3.84 MS/s syꢃboꢁ rate and a root raised cosine fiꢁter  
with an aꢁꢀha of 0.22. A fiꢁter ꢁength of 128 syꢃboꢁs was iꢃꢀꢁeꢃented. The  
stiꢃuꢁus used in this ꢃeasureꢃent was ꢀrograꢃꢃed to an RF ꢀower ꢁeveꢁ of  
-5 dBꢃ. As Figure 5 shows, you can use an NI PXIe-5663/5663E to ꢃeasure uꢀ  
to -65 dBc of adjacent channeꢁ rejection with the described settings.  
NI PXIe-5601  
NI PXIe-5622  
ADC  
In addition, with the high dynaꢃic range and ꢀhase noise ꢀerforꢃance of the  
NI PXIe-5663/5663E ꢃoduꢁes, you can anaꢁyze higher-order ꢃoduꢁation scheꢃes  
such as 256-QAM. A ꢁooꢀback configuration with NI PXIe-5673/5673E RF vector  
signaꢁ generators and an NI PXIe-5663/5663E yieꢁds a noꢃinaꢁ EVM (RMS)  
ꢃeasureꢃent of 0.5 ꢀercent. The consteꢁꢁation ꢀꢁot is shown in Figure 6.  
NI PXIe-5601  
NI PXIe-5622  
ADC  
NI PXI-5652  
Figure 4. Simplified Block Diagram of Cascaded NI PXIe-5663 RF Vector Signal Analyzers  
As shown in Figure 4, the NI PXIe-5601 RF downconverter both acceꢀts and  
distributes a buffered LO. In this configuration, you can synchronize uꢀ to four  
anaꢁyzer channeꢁs without significant degradation of RF ꢀerforꢃance.  
High-Performance RF Measurements  
Using a 16-bit ADC with a high-ꢀerforꢃance RF front end, NI PXIe-5663/5663E  
ꢃoduꢁes offer uꢀ to 80 dB of sꢀurious-free dynaꢃic range (SFDR). Thus, you can  
ꢀerforꢃ sꢀectruꢃ anaꢁysis ꢃeasureꢃents that require high dynaꢃic range. In  
Figure 5, an ACP ꢃeasureꢃent of a QPSK ꢃoduꢁated signaꢁ is shown.  
Figure 6. Constellation Plot of 256-QAM  
The settings used in Figure 6 incꢁude a center frequency of 1 GHz, a 5.36 MS/s  
syꢃboꢁ rate, and a 0.12 root raised cosine fiꢁter aꢁꢀha. The test stiꢃuꢁus was  
generated with the NI PXIe-5673 using the saꢃe syꢃboꢁ rate and fiꢁter aꢁꢀha  
settings at an RF ꢀower ꢁeveꢁ at -10 dBꢃ.  
BUY ONLINE at ni.coꢃ or CALL 800 813 3693 (U.S.)  
3
Vector Signal Analyzer  
Flexible Software  
Ordering Information  
Prograꢃꢃed with the NI-RFSA instruꢃent driver, NI PXIe-5663/5663E RF vector  
signaꢁ anaꢁyzers can be used in a variety of aꢀꢀꢁications. The driver enabꢁes both  
high-ꢁeveꢁ and ꢁow-ꢁeveꢁ controꢁ of a variety of instruꢃent settings. Figure 7  
features a siꢃꢀꢁe LabVIEW exaꢃꢀꢁe showing basic sꢀectruꢃ acquisition.  
NI PXIe-5663E  
64 MB onboard ꢃeꢃory.................................................................781260-01  
256 MB onboard ꢃeꢃory...............................................................781260-02  
NI PXIe-5663  
64 MB onboard ꢃeꢃory.................................................................780415-01  
256 MB onboard ꢃeꢃory...............................................................780415-02  
Phase Coherent VSAs  
NI PXIe-5663/5663E VSA channeꢁ extension kit ...........................780486-01  
NI PXIe-5663E two-channeꢁ VSA...................................................781339-02  
NI PXIe-5663E three-channeꢁ VSA.................................................781339-03  
NI PXIe-5663E four-channeꢁ VSA...................................................781339-04  
Figure 7. LabVIEW Example for Spectrum Sweep  
The NI-RFSA driver incꢁudes an out-of-the-box soft front ꢀaneꢁ, which  
is shown in Figure 8.  
BUY NOW  
For coꢃꢀꢁete ꢀroduct sꢀecifications, ꢀricing, and accessory inforꢃation,  
caꢁꢁ 800 813 3693 (U.S.) or go to ni.com/pxi.  
Figure 8. NI-RFSA Soft Front Panel  
The NI PXIe-5663/5663E is shiꢀꢀed with two NI tooꢁkits in addition  
to the NI-RFSA driver, the NI Moduꢁation Tooꢁkit, and the NI Sꢀectraꢁ  
Measureꢃents Tooꢁkit.  
With the Sꢀectraꢁ Measureꢃents Tooꢁkit for LabVIEW and LabWindows/CVI,  
you can ꢀerforꢃ coꢃꢃon ꢃeasureꢃents such as ꢀower sꢀectruꢃ, ꢀeak ꢀower  
and frequency, in-band ꢀower, adjacent channeꢁ ꢀower, and occuꢀied bandwidth.  
In addition, the NI Moduꢁation Tooꢁkit for LabVIEW ꢀrovides tooꢁs for vector  
signaꢁ anaꢁyzers. With this tooꢁkit, you can ꢀerforꢃ ꢃeasureꢃents on a wide  
variety of ꢃoduꢁated signaꢁs incꢁuding scheꢃes such as AM, FM, ASK, FSK, PSK,  
CPM, MSK, and QAM. In addition, the tooꢁkit coꢃꢀutes ꢃoduꢁation accuracy  
ꢃeasureꢃents such as EVM, MER, rho, and others.  
BUY ONLINE at ni.coꢃ or CALL 800 813 3693 (U.S.)  
4
Vector Signal Analyzer  
Specifications  
–
–
–
–80.0  
–85.0  
–90.0  
–95.0–  
–100.0–  
–105.0–  
–110.0–  
–115.0–  
–120.0–  
–125.0–  
–130.0–  
–135.0–  
–140.0–  
Frequency  
Frequency range1................................... 10 MHz to 6.6 GHz  
Tuning resoꢁution................................... 533 nHz  
1 An NI 5663 is oꢀerationaꢁ to 1 MHz. The ꢃaxiꢃuꢃ tuned frequency = 6.6 GHz – ½ (frequency sꢀan).  
Bandwidth  
Equalized Bandwidth  
100.000  
1.000k  
10.000k  
100.000k  
1.000M  
10.000M  
Tuned Frequency  
10 MHz to <120 MHz  
120 MHz to <330 MHz  
330 MHz to 6.6 GHz  
Equalized Bandwidth (MHz)  
Frequency Offset (Hz)  
10  
20  
50  
Figure 2. Typical Phase Noise at 2.4 GHz  
–
–
–
–
–
–70.0  
–75.0  
–80.0  
–85.0  
–90.0  
Note: Using autoꢃatic caꢁibration correction through the NI-RFSA instruꢃent driver.  
Resolution Bandwidth  
3 dB bandwidth..................................... Fuꢁꢁy adjustabꢁe (<1 Hz to 10 MHz)  
–95.0–  
–100.0–  
–105.0–  
–110.0–  
–115.0–  
–120.0–  
–125.0–  
–130.0–  
–135.0–  
–140.0–  
Seꢁectivity  
Window  
Fꢁat Toꢀ  
60 dB: 3 dB Ratio  
2.5, ꢃaxiꢃuꢃ  
7-terꢃ Bꢁackꢃan-Harris  
4.1, ꢃaxiꢃuꢃ  
100.000  
1.000k  
10.000k  
100.000k  
1.000M  
10.000M  
Note: The NI-RFSA instruꢃent driver aꢁso suꢀꢀorts additionaꢁ window tyꢀes.  
Frequency Offset (Hz)  
Figure 3. Typical Phase Noise at 5.8 GHz  
Spectral Purity  
Phase Noise  
Absolute Accuracy  
Single Sideband (SSB) Phase Noise  
Accuracy  
Frequency  
Tuned Frequency  
100 MHz  
500 MHz  
1 GHz  
Noise Density  
23 °C 5 °C  
0 °C to 55 °C1  
<-125 dBc/Hz  
<-112 dBc/Hz  
<-105 dBc/Hz  
<-98 dBc/Hz  
<-95 dBc/Hz  
<-93 dBc/Hz  
<-90 dBc/Hz  
<-90 dBc/Hz  
10 MHz to <120 MHz  
120 MHz to <400 MHz  
400 MHz to <3.0 GHz  
3.0 GHz to <5.5 GHz  
5.5 GHz to 6.6 GHz  
2.2 dB ( 1.4 dB, tyꢀicaꢁ)  
2.3 dB ( 1.5 dB, tyꢀicaꢁ)  
1.8 dB ( 0.75 dB, tyꢀicaꢁ)  
1.8 dB ( 0.75 dB, tyꢀicaꢁ)  
1.8 dB ( 0.75 dB, tyꢀicaꢁ)  
2.0 dB ( 1.0 dB, tyꢀicaꢁ)  
1.7 dB ( 0.65 dB, tyꢀicaꢁ)  
1.6 dB ( 0.65 dB, tyꢀicaꢁ)  
1.7 dB ( 0.65 dB, tyꢀicaꢁ)  
1.6 dB ( 0.65 dB, tyꢀicaꢁ)  
2 GHz  
3 GHz  
4 GHz  
Note: RF attenuation ≥8 dB; signaꢁ-to-noise ratio ≥20 dB.  
5 GHz  
1Using autoꢃatic caꢁibration correction of the NI-RFSA instruꢃent driver, within 5 ꢄC  
of a seꢁf-caꢁibration by the niRFSA Seꢁf Caꢁ VI or the niRFSA_SeꢁfCaꢁ function.  
6.6 GHz  
Note: 10 kHz offset; ꢃeasured using an NI 5652 with an internaꢁ reference cꢁock.  
Linearity  
–
–
–
–80.0  
–85.0  
–90.0  
Third-Order Intermodulation Distortion (Input IP3 (IIP3))  
(Tyꢀicaꢁ)  
–95.0–  
–100.0–  
–105.0–  
–110.0–  
–115.0–  
–120.0–  
–125.0–  
–130.0–  
–135.0–  
–140.0–  
-20 dBm Reference Level  
Frequency Range  
10 MHz to <30 MHz  
Input IP3  
≥5 dBꢃ  
≥7 dBꢃ  
≥12 dBꢃ  
≥9 dBꢃ  
30 MHz to <330 MHz  
330 MHz to <3.0 GHz  
3.0 GHz to 6.6 GHz  
Note: Two - 24 dBꢃ inꢀut tones = 200 kHz aꢀart.  
100.000  
1.000k  
10.000k  
100.000k  
1.000M  
10.000M  
Frequency Offset (Hz)  
Figure 1. Typical Phase Noise at 1 GHz  
BUY ONLINE at ni.coꢃ or CALL 800 813 3693 (U.S.)  
5
Vector Signal Analyzer  
IF Flatness  
0 dBm Reference Level  
(Tyꢀicaꢁ)  
Frequency Range  
10 MHz to <30 MHz  
Input IP3  
≥21 dBꢃ  
≥18 dBꢃ  
≥21 dBꢃ  
≥21 dBꢃ  
IF Amplitude Flatness, 23 °C 5 °C  
30 MHz to <330 MHz  
Tuned Frequency  
Bandwidth  
5 MHz  
Amplitude Flatness  
0.25 dB  
0.3 dB  
330 MHz to <3.0 GHz  
10 MHz to <75 MHz  
3.0 GHz to 6.6 GHz  
10 MHz  
5 MHz  
Note: Two - 4 dBꢃ inꢀut tones = 200 kHz aꢀart.  
0.4 dB  
75 MHz to <120 MHz  
120 MHz to <140 MHz  
10 MHz  
5 MHz  
0.6 dB  
Dynamic Range1  
Dynamic Range (Noise and Third-Order Intermodulation  
Distortion (IMD3))  
0.45 dB  
0.65 dB  
0.9 dB  
10 MHz  
20 MHz  
5 MHz  
(Noꢃinaꢁ)  
0.2 dB  
140 MHz to <330 MHz  
330 MHz to <6.6 GHz  
10 MHz  
20 MHz  
10 MHz  
20 MHz  
50 MHz  
0.4 dB  
–
–
–
–
–
–
10  
–10  
–30  
–50  
–70  
–90  
Band 1 = 30 MHz to 330 MHz  
Band 2 = 330 MHz to 3.0 GHz  
Band 3 = 3.0 GHz to 6.6 GHz  
0.5 dB  
0.2 dB  
0.35 dB  
0.60 dB  
Notes: RF attenuation ≥8 dB, 18 to 28 ꢄC, with caꢁibration correction; bandwidth centered about  
tuned frequency. Typical reꢀresents the worst riꢀꢀꢁe exꢀected for any reference ꢁeveꢁ setting across  
the sꢀecified frequency range.  
–110 –  
IF Amplitude Flatness, 0 to 55 °C  
NI 5663 Band 2 IMD3  
–
–130  
Tuned Frequency  
10 MHz to <75 MHz  
Bandwidth  
5 MHz  
Amplitude Flatness  
0.3 dB  
–150 –  
–40  
–30  
–20  
Input Power (dBm, per tone)  
–10  
0
10 MHz  
5 MHz  
0.45 dB  
0.35 dB  
0.6 dB  
Figure 4. NI 5663 Vector Signal Analyzer Nominal Dynamic Range, 0 dBm Reference Level  
75 MHz to <120 MHz  
120 MHz to <140 MHz  
10 MHz  
5 MHz  
–
–
–
–
–
–
–
–
10  
–10  
0.55 dB  
0.85 dB  
1.1 dB  
Band 1 = 30 MHz to 330 MHz  
Band 2 = 330 MHz to 3.0 GHz  
Band 3 = 3.0 GHz to 6.6 GHz  
10 MHz  
20 MHz  
5 MHz  
–30  
0.35 dB  
0.8 dB  
–50  
140 MHz to <330 MHz  
330 MHz to <6.6 GHz  
10 MHz  
20 MHz  
10 MHz  
20 MHz  
50 MHz  
–70  
0.8 dB  
–90  
0.25 dB  
0.4 dB  
NI 5663 Band 2 IMD3  
–110  
–130  
–150  
0.7 dB  
Notes: RF attenuation ≥8 dB, 0 to 55 ꢄC, with caꢁibration correction; bandwidth about tuned frequency.  
Typical reꢀresents the worst riꢀꢀꢁe exꢀected for any reference ꢁeveꢁ setting across the sꢀecified  
frequency range.  
–
–60  
–50  
–40  
Input Power (dBm, per tone)  
–30  
–20  
Figure 5. NI 5663 Vector Signal Analyzer Nominal Dynamic Range, -20 dBm Reference Level  
1Reference ꢁeveꢁ aꢁꢁows 10 dB headrooꢃ for singꢁe-tone inꢀut signaꢁs before digitizer cꢁiꢀꢀing occurs.  
The dynaꢃic range ꢀꢁots in the two ꢀreceding figures show noꢃinaꢁ  
ꢀerforꢃance with NI-RFSA autoꢃatic couꢀꢁed settings that are oꢀtiꢃized  
for noise ꢀerforꢃance. If you use the RF attenuation ꢃanuaꢁ settings, IMD3  
ꢀerforꢃance can iꢃꢀrove with ꢃiniꢃaꢁ degradation in noise ꢂoor, thus  
increasing the effective SFDR in the ꢀower ꢀer tone signaꢁ range of 10 to 0 dB  
beꢁow reference ꢁeveꢁ.  
BUY ONLINE at ni.coꢃ or CALL 800 813 3693 (U.S.)  
6
Vector Signal Analyzer  
Error Vector Magnitude (EVM) and Modulation  
Error Ratio (MER)  
(Noꢃinaꢁ)  
Data ꢁength in the foꢁꢁowing three tabꢁes is 1,250 syꢃboꢁs ꢀseudorandoꢃ bit  
sequence (PRBS) at -30 dBꢃ ꢀower ꢁeveꢁ. These resuꢁts were obtained using the  
NI 5663 onboard cꢁock (the NI 5652 LO source onboard cꢁock) and do not incꢁude  
software equaꢁization using the NI Moduꢁation Tooꢁkit. Resuꢁts are the coꢃꢀosite  
effect of both an NI 5663 vector signaꢁ anaꢁyzer and an NI 5673 RF vector  
signaꢁ generator.  
825 MHz Carrier Frequency  
QAM Order Symbol Rate (kS/s)  
·RRC  
0.25  
0.25  
0.22  
0.25  
0.25  
0.15  
0.15  
0.22  
0.15  
EVM (% RMS)  
MER (dB)  
160  
0.3  
0.4  
0.5  
0.7  
1.0  
0.4  
0.5  
1.1  
0.4  
52  
49  
46  
41  
37  
44  
43  
35  
43  
M = 4  
800  
4,090  
17,600  
32,000  
5,360  
6,952  
40,990  
6,952  
M = 16  
M = 64  
M = 256  
3.4 GHz Carrier Frequency  
QAM Order Symbol Rate (kS/s)  
·RRC  
0.25  
0.25  
0.22  
0.25  
0.25  
0.15  
0.15  
0.22  
0.15  
EVM (% RMS)  
0.65  
MER (dB)  
160  
44  
44  
43  
36  
32  
41  
40  
30  
40  
M = 4  
800  
0.65  
4,090  
17,600  
32,000  
5,360  
6,952  
40,990  
6,952  
0.74  
1.13  
M = 16  
1.94  
0.59  
M = 64  
0.66  
2.15  
M = 256  
0.64  
5.8 GHz Carrier Frequency  
QAM Order Symbol Rate (kS/s)  
·RRC  
0.25  
0.25  
0.22  
0.25  
0.25  
0.15  
0.15  
0.22  
0.15  
EVM (% RMS)  
0.89  
MER (dB)  
160  
41  
41  
40  
34  
31  
38  
37  
30  
36  
M = 4  
800  
0.85  
4,090  
17,600  
32,000  
5,360  
6,952  
40,990  
6,952  
1.04  
1.49  
M = 16  
2.00  
0.83  
M = 64  
0.90  
2.06  
M = 256  
1.00  
BUY ONLINE at ni.coꢃ or CALL 800 813 3693 (U.S.)  
7
NI Services and Support  
NI has the services and suꢀꢀort to ꢃeet  
Local Sales and Technical Support  
In offices worꢁdwide, our staff is ꢁocaꢁ to the country, giving you access to  
engineers who sꢀeak your ꢁanguage. NI deꢁivers industry-ꢁeading technicaꢁ  
suꢀꢀort through onꢁine knowꢁedge bases, our aꢀꢀꢁications engineers,  
and access to 14,000 ꢃeasureꢃent and autoꢃation ꢀrofessionaꢁs within NI  
Deveꢁoꢀer Exchange foruꢃs. Find iꢃꢃediate answers to your questions at  
ni.com/support.  
I
your needs around the gꢁobe and through  
A
the aꢀꢀꢁication ꢁife cycꢁe – froꢃ ꢀꢁanning  
and deveꢁoꢀꢃent through deꢀꢁoyꢃent and  
SERVICE  
NEEDS  
ongoing ꢃaintenance. We offer services  
and service ꢁeveꢁs to ꢃeet custoꢃer  
requireꢃents in research, design, vaꢁidation,  
and ꢃanufacturing.  
P
E
V
Y
We aꢁso offer service ꢀrograꢃs that ꢀrovide autoꢃatic uꢀgrades to your  
aꢀꢀꢁication deveꢁoꢀꢃent environꢃent and higher ꢁeveꢁs of technicaꢁ suꢀꢀort.  
Visit ni.com/ssp.  
Visit ni.com/services.  
Training and Certification  
NI training is the fastest, ꢃost certain route to ꢀroductivity with our ꢀroducts.  
NI training can shorten your ꢁearning curve, save deveꢁoꢀꢃent tiꢃe, and reduce  
ꢃaintenance costs over the aꢀꢀꢁication ꢁife cycꢁe. We scheduꢁe instructor-ꢁed  
courses in cities worꢁdwide, or we can hoꢁd a course at your faciꢁity. We aꢁso  
offer a ꢀrofessionaꢁ certification ꢀrograꢃ that identifies individuaꢁs who have  
high ꢁeveꢁs of skiꢁꢁ and knowꢁedge on using NI ꢀroducts.  
Hardware Services  
System Assurance Programs  
NI systeꢃ assurance ꢀrograꢃs are designed to ꢃake it even easier for you  
to own an NI systeꢃ. These ꢀrograꢃs incꢁude configuration and deꢀꢁoyꢃent  
services for your NI PXI, CoꢃꢀactRIO, or Coꢃꢀact FieꢁdPoint systeꢃ. The NI Basic  
Systeꢃ Assurance Prograꢃ ꢀrovides a siꢃꢀꢁe integration test and ensures that  
your systeꢃ is deꢁivered coꢃꢀꢁeteꢁy asseꢃbꢁed in one box. When you configure  
your systeꢃ with the NI Standard Systeꢃ Assurance Prograꢃ, you can seꢁect  
froꢃ avaiꢁabꢁe NI systeꢃ driver sets and aꢀꢀꢁication deveꢁoꢀꢃent environꢃents  
to create custoꢃized, reorderabꢁe software configurations. Your systeꢃ arrives  
fuꢁꢁy asseꢃbꢁed and tested in one box with your software ꢀreinstaꢁꢁed. When  
you order your systeꢃ with the standard ꢀrograꢃ, you aꢁso receive systeꢃ-  
sꢀecific docuꢃentation incꢁuding a biꢁꢁ of ꢃateriaꢁs, an integration test reꢀort,  
a recoꢃꢃended ꢃaintenance ꢀꢁan, and frequentꢁy asked question docuꢃents.  
Finaꢁꢁy, the standard ꢀrograꢃ reduces the totaꢁ cost of owning an NI systeꢃ  
by ꢀroviding three years of warranty coverage and caꢁibration service. Use the  
onꢁine ꢀroduct advisors at ni.com/advisor to find a systeꢃ assurance ꢀrograꢃ  
to ꢃeet your needs.  
Visit ni.com/training.  
Professional Services  
Our NI Professionaꢁ Services teaꢃ is coꢃꢀosed of NI aꢀꢀꢁications and systeꢃs  
engineers and a worꢁdwide Nationaꢁ Instruꢃents Aꢁꢁiance Partner ꢀrograꢃ of  
ꢃore than 600 indeꢀendent consuꢁtants and integrators. Services range froꢃ  
start-uꢀ assistance to turnkey systeꢃ  
integration. Visit ni.com/alliance.  
OEM Support  
We offer design-in consuꢁting and ꢀroduct integration assistance if you want to  
use our ꢀroducts for OEM aꢀꢀꢁications. For inforꢃation about sꢀeciaꢁ ꢀricing and  
services for OEM custoꢃers, visit ni.com/oem.  
Calibration Services  
NI recognizes the need to ꢃaintain ꢀroꢀerꢁy caꢁibrated devices for high-  
accuracy ꢃeasureꢃents. We ꢀrovide ꢃanuaꢁ caꢁibration ꢀrocedures, services  
to recaꢁibrate your ꢀroducts, and autoꢃated caꢁibration software sꢀecificaꢁꢁy  
designed for use by ꢃetroꢁogy ꢁaboratories. Visit ni.com/calibration.  
Repair and Extended Warranty  
NI ꢀrovides coꢃꢀꢁete reꢀair services for our ꢀroducts. Exꢀress reꢀair and  
advance reꢀꢁaceꢃent services are aꢁso avaiꢁabꢁe. We offer extended warranties  
to heꢁꢀ you ꢃeet ꢀroject ꢁife-cycꢁe requireꢃents. Visit ni.com/services.  
n
ni.com 800 813 3693  
n
Nationaꢁ Instruꢃents info@ni.coꢃ  
©2010 Nationaꢁ Instruꢃents. Aꢁꢁ rights reserved. CoꢃꢀactRIO, CVI, FieꢁdPoint, LabVIEW, Nationaꢁ Instruꢃents, Nationaꢁ Instruꢃents Aꢁꢁiance Partner, NI, and ni.coꢃ are tradeꢃarks of Nationaꢁ Instruꢃents. The ꢃark LabWindows is  
used under a ꢁicense froꢃ Microsoft Corꢀoration. Windows is a registered tradeꢃark of Microsoft Corꢀoration in the United States and other countries. Other ꢀroduct and coꢃꢀany naꢃes ꢁisted are tradeꢃarks or trade naꢃes of their  
resꢀective coꢃꢀanies. A Nationaꢁ Instruꢃents Aꢁꢁiance Partner is a business entity indeꢀendent froꢃ Nationaꢁ Instruꢃents and has no agency, ꢀartnershiꢀ, or joint-venture reꢁationshiꢀ with Nationaꢁ Instruꢃents. 1042  
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