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PXIe-5665, 14 GHz Maximum, PXI Vector Signal Analyzer
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National Instruments PXIe-5665 PXI Vector Signal Analyzer
The PXIe-5665 (Part Numbers: 781426-01, 781426-02, 781426-03, 781428-03, 781774-01, 781428-04, 781775-01, 781774-02, 781775-02, 781995-01, 781996-01, 781774-03, 781775-03, 781995-02, 781996-02) is a high-performance Vector Signal Analyzer from National Instruments. There is no one physical device called the PXIe-5665- instead, the model name refers to the interconnected use of the PXIe-5622 IF Digitizer. PXIe-5603 (or the PXIe-5605) RF Signal Downconverter. and the PXIe-5653 RF Analog Signal Generator from NI.
This Analyzer has varying bandwidths, onboard memory sizes, frequency ranges, and channel counts, as well as a preamplifier available for several of the part numbers. The NI PXIe-5665 frequency measurement bandwidth ranges from 20 hertz to 14 GHz. The typical value of resolution bandwidth offered by the device is 3 dB. The PXIe-5665 also includes a reference for internal frequency, which is 10 megahertz.
The PXIe-5665 modular Vector Signal Analyzer incorporates three-stage superheterodyne technology for analysis. The instrument has the capability to operate in RF list mode. The Analyzer also incorporates various tools for customization of the equipment settings. It allows the users to make use of different modulation schemes. This enables a low-cost solution for various industrial requirements. The NI PXIe-5665 also offers a wide range of measurement applications, which enables the users to perform critical measurements with high accuracy. The measurements included are for GSM, EDGE, WCDMA, Bluetooth and other communication standards.
The PXI-5665 Vector Signal Analyzer has a noise value of -165 dBm/Hz between 300 MHz and 1.7 GHz. The instrument also offers an onboard memory for various RF analysis requirements. The size of the memory is 256 MB maximum. It also offers one or two input channels. The nominal value for the input impedance of the device is 50 ohms.
| Model | PXIe-5665 |
|---|---|
| Part Numbers | 781426-01, 781426-02, 781426-03, 781428-03, 781774-01, 781428-04, 781775-01, 781774-02, 781775-02, 781995-01, 781996-01, 781774-03, 781775-03, 781995-02, 781996-02 |
| Manufacturer | National Instruments |
| Type | PXI Vector Signal Analyzer |
| Third-Order Intercept | +21 dBm |
| Onboard Memory Size | 64 MB or 256 MB |
| Bandwidth | 25 MHz or 50 MHz |
| Connector | SMA |
| Weight | PXIe-5665 3.6 GHz VSA: 83.1 oz.; PXIe-5665 14 GHz VSA: 117.5 oz. |
| Warranty | 2-3 Year Warranty |
| PXIe-5665 Manual | User Manual and Maintenance Manual Available for Download |
| Price | Contact a sales representative for a quote. |
Associated part numbers for the PXIe-5665:
199861B-01, 781426-01, 781426-02, 781426-03, 781428-01, 781428-02, 781428-03, 781428-04, 781774-01, 781774-02, 781774-03, 781775-01, 781775-02, 781775-03, 781776-01, 781777-01, 781778-01, 781918-01, 781995-01, 781995-02, 781995-03, 781996-01, 781996-02, 781996-03, 781997-01, 781997-02, 781998-01, 782060-01
Associated NSNs for the PXIe-5665:
5998-01-623-5154 (5998016235154)
National Instruments PXIe-5665 Frequently Asked Questions
Question: What parts comprise the PXIe-5665?
Answer: There is not a singular physical device named the PXIe-5665; instead, the PXIe-5665 is comprised of several models. The PXIe-5665 3.6 GHz VSA is comprised of the PXIe-5653 Analog Signal Generator, the PXIe-5622 IF Digitizer, and the PXIe-5603 RF Signal Downconverter. However, the PXIe-5665 14 GHz VSA is comprised of the PXIe-5653 Analog Signal Generator, the PXIe-5622 IF Digitizer, and the PXIe-5605 RF Signal Downconverter.
Question: Why does the PXIe-5665 have so many part numbers? Do the PXIe-5665 specifications vary between part number?
Answer: The PXIe-5665 has varying specifications. Part number 781426-01 has 25 MHz bandwidth, -159 dBm/Hz between 30 MHz and 120 MHz average noise level, 64 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 1 channel, and does not have a preamplifier. Part number 781426-02 has the same specifications as the previous part number but includes a preamplifier. Part number 781426-03 also has the same specifications but has 50 MHz bandwidth and a preamplifier. Next, part number 781428-03 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 64 MB onboard memory, 20 Hz to 14 GHz frequency range, 1 channel, and has a preamplifier. Part number 781774-01 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 2 channels, and does not have a preamplifier. Part number 781428-04 has 50 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 14 GHz frequency range, 1 channel, and has a preamplifier. Part number 781775-01 has 50 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 2 channels, and does not have a preamplifier. Then, part number 781774-02 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 3 channels, and does not have a preamplifier. Part number 781775-02 has similar specifications to the previous part number but 50 MHz bandwidth instead. Part number 781995-01 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz, 256 MB onboard memory, 20 Hz to 14 GHz frequency range, 2 channels, and no preamplifier. Next, part number 781996-01 has the same specifications as the former part number but with 50 MHz bandwidth. Part number 781774-03 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 4 channels, and no preamplifier. Part number 781775-03 has identical specifications to the previous part number but instead with 50 MHz bandwidth. Then, part number 781995-02 comes with 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 14 GHz frequency range, 3 channels, and no preamplifier. Finally, part number 781996-02 has the same specifications as the former part number but with 50 MHz bandwidth.
Question: Under which circumstances should the NI PXIe-5665 be self-calibrated?
Answer: The NI PXIe-5665 should be self-calibrated when it is initially installed and connected, when there is a physical modification to one of the system parts, when there is a different type of system cabling added, when the system is in a setting where external factors like temperature could impact the measurements, or when the module exceeds a temperature or time limit.
Question: What is the tuning resolution of the PXIe-5665?
Answer: 533 nHz is the tuning resolution of the PXIe-5665.
| Part Number | Unique Attribute(s) |
|---|---|
| 781426-01 | 3.6 GHz VSA, 64 MB of Onboard Memory, 25 MHz BW |
| 781426-02 | 3.6 GHz VSA, 256 MB of Onboard Memory, 25 MHz BW with Pre-Amp |
| 781426-03 | 3.6 GHz VSA, 256 MB of Onboard Memory, 50 MHz BW with Pre-Amp |
| 781428-03 | 14 GHz RF Signal Analyzer, 256 MB of RAM, 25 MHz BW, with Pre-Amp and YTF |
| 781428-04 | 14 GHz RF Signal Analyzer, 256 MB of RAM, 50 MHz BW, with Pre-Amp and YTF |
| 781774-01 | 2 Channels, 3.6 GHz MIMO KIT, 25 MHz BW |
| 781774-02 | 3 Channels, 3.6 GHz MIMO KIT, 25 MHz BW |
| 781775-01 | 2 Channels, 3.6 GHz MIMO KIT, 50 MHz BW |
| 781775-02 | 3 Channels, 3.6 GHz MIMO KIT, 50 MHz BW |
| 781996-01 | 2 Channels, 14 GHz MIMO KIT, 50 MHz BW |
| 781996-02 | 3 Channels, 14 GHz MIMO KIT, 50 MHz BW |
| 781774-03 | 4 Channels, 3.6 GHz MIMO KIT, 25 MHz BW |
| 781775-03 | 4 Channels, 3.6 GHz MIMO KIT, 50 MHz BW |
PXIe-5665 PDF Manuals
MAINTAIN FORCED AIR COOLING NOTE TO USERS.PDF
NI PXIE 5653 CALIBRATION PROCEDURE.PDF
NI PXIE 5665 3.6 GHZ VECTOR SIGNAL ANALYZER MIMO PLATFORM GETTING STARTED GUIDE.PDF
PXI VECTOR SIGNAL ANALYZERS PRODUCT FLYER.PDF
PXIE 5644 CALIBRATION PROCEDURE.PDF
PXIE 5645 CALIBRATION PROCEDURE.PDF
PXIE 5646 CALIBRATION PROCEDURE.PDF
PXIE 5646R G SPECIFICATIONS.PDF
PXIE 5665 14 GHZ VECTOR SIGNAL ANALYZER MIMO PLATFORM GETTING STARTED GUIDE.PDF
PXIE 5665 CALIBRATION PROCEDURE.PDF
PXIE 5665 GETTING STARTED GUIDE.PDF
PXIE 5665 LETTER OF VOLATILITY.PDF
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PXIe-5665
Modular Systems > National Instruments > PXI Analyzers
PXIe-5665, 14 GHz Maximum, PXI Vector Signal Analyzer
1-800-915-6216
- Description
- Technical Specifications
- FAQ
- Part Variations
- Manuals & PDFs
National Instruments PXIe-5665 PXI Vector Signal Analyzer
The PXIe-5665 (Part Numbers: 781426-01, 781426-02, 781426-03, 781428-03, 781774-01, 781428-04, 781775-01, 781774-02, 781775-02, 781995-01, 781996-01, 781774-03, 781775-03, 781995-02, 781996-02) is a high-performance Vector Signal Analyzer from National Instruments. There is no one physical device called the PXIe-5665- instead, the model name refers to the interconnected use of the PXIe-5622 IF Digitizer. PXIe-5603 (or the PXIe-5605) RF Signal Downconverter. and the PXIe-5653 RF Analog Signal Generator from NI.
This Analyzer has varying bandwidths, onboard memory sizes, frequency ranges, and channel counts, as well as a preamplifier available for several of the part numbers. The NI PXIe-5665 frequency measurement bandwidth ranges from 20 hertz to 14 GHz. The typical value of resolution bandwidth offered by the device is 3 dB. The PXIe-5665 also includes a reference for internal frequency, which is 10 megahertz.
The PXIe-5665 modular Vector Signal Analyzer incorporates three-stage superheterodyne technology for analysis. The instrument has the capability to operate in RF list mode. The Analyzer also incorporates various tools for customization of the equipment settings. It allows the users to make use of different modulation schemes. This enables a low-cost solution for various industrial requirements. The NI PXIe-5665 also offers a wide range of measurement applications, which enables the users to perform critical measurements with high accuracy. The measurements included are for GSM, EDGE, WCDMA, Bluetooth and other communication standards.
The PXI-5665 Vector Signal Analyzer has a noise value of -165 dBm/Hz between 300 MHz and 1.7 GHz. The instrument also offers an onboard memory for various RF analysis requirements. The size of the memory is 256 MB maximum. It also offers one or two input channels. The nominal value for the input impedance of the device is 50 ohms.
| Model | PXIe-5665 |
|---|---|
| Part Numbers | 781426-01, 781426-02, 781426-03, 781428-03, 781774-01, 781428-04, 781775-01, 781774-02, 781775-02, 781995-01, 781996-01, 781774-03, 781775-03, 781995-02, 781996-02 |
| Manufacturer | National Instruments |
| Type | PXI Vector Signal Analyzer |
| Third-Order Intercept | +21 dBm |
| Onboard Memory Size | 64 MB or 256 MB |
| Bandwidth | 25 MHz or 50 MHz |
| Connector | SMA |
| Weight | PXIe-5665 3.6 GHz VSA: 83.1 oz.; PXIe-5665 14 GHz VSA: 117.5 oz. |
| Warranty | 2-3 Year Warranty |
| PXIe-5665 Manual | User Manual and Maintenance Manual Available for Download |
| Price | Contact a sales representative for a quote. |
National Instruments PXIe-5665 Frequently Asked Questions
Question: What parts comprise the PXIe-5665?
Answer: There is not a singular physical device named the PXIe-5665; instead, the PXIe-5665 is comprised of several models. The PXIe-5665 3.6 GHz VSA is comprised of the PXIe-5653 Analog Signal Generator, the PXIe-5622 IF Digitizer, and the PXIe-5603 RF Signal Downconverter. However, the PXIe-5665 14 GHz VSA is comprised of the PXIe-5653 Analog Signal Generator, the PXIe-5622 IF Digitizer, and the PXIe-5605 RF Signal Downconverter.
Question: Why does the PXIe-5665 have so many part numbers? Do the PXIe-5665 specifications vary between part number?
Answer: The PXIe-5665 has varying specifications. Part number 781426-01 has 25 MHz bandwidth, -159 dBm/Hz between 30 MHz and 120 MHz average noise level, 64 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 1 channel, and does not have a preamplifier. Part number 781426-02 has the same specifications as the previous part number but includes a preamplifier. Part number 781426-03 also has the same specifications but has 50 MHz bandwidth and a preamplifier. Next, part number 781428-03 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 64 MB onboard memory, 20 Hz to 14 GHz frequency range, 1 channel, and has a preamplifier. Part number 781774-01 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 2 channels, and does not have a preamplifier. Part number 781428-04 has 50 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 14 GHz frequency range, 1 channel, and has a preamplifier. Part number 781775-01 has 50 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 2 channels, and does not have a preamplifier. Then, part number 781774-02 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 3 channels, and does not have a preamplifier. Part number 781775-02 has similar specifications to the previous part number but 50 MHz bandwidth instead. Part number 781995-01 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz, 256 MB onboard memory, 20 Hz to 14 GHz frequency range, 2 channels, and no preamplifier. Next, part number 781996-01 has the same specifications as the former part number but with 50 MHz bandwidth. Part number 781774-03 has 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz, 256 MB onboard memory, 20 Hz to 3.6 GHz frequency range, 4 channels, and no preamplifier. Part number 781775-03 has identical specifications to the previous part number but instead with 50 MHz bandwidth. Then, part number 781995-02 comes with 25 MHz bandwidth, -165 dBm/Hz between 300 MHz and 1.7 GHz average noise level, 256 MB onboard memory, 20 Hz to 14 GHz frequency range, 3 channels, and no preamplifier. Finally, part number 781996-02 has the same specifications as the former part number but with 50 MHz bandwidth.
Question: Under which circumstances should the NI PXIe-5665 be self-calibrated?
Answer: The NI PXIe-5665 should be self-calibrated when it is initially installed and connected, when there is a physical modification to one of the system parts, when there is a different type of system cabling added, when the system is in a setting where external factors like temperature could impact the measurements, or when the module exceeds a temperature or time limit.
Question: What is the tuning resolution of the PXIe-5665?
Answer: 533 nHz is the tuning resolution of the PXIe-5665.
| Part Number | Unique Attribute(s) |
|---|---|
| 781426-01 | 3.6 GHz VSA, 64 MB of Onboard Memory, 25 MHz BW |
| 781426-02 | 3.6 GHz VSA, 256 MB of Onboard Memory, 25 MHz BW with Pre-Amp |
| 781426-03 | 3.6 GHz VSA, 256 MB of Onboard Memory, 50 MHz BW with Pre-Amp |
| 781428-03 | 14 GHz RF Signal Analyzer, 256 MB of RAM, 25 MHz BW, with Pre-Amp and YTF |
| 781428-04 | 14 GHz RF Signal Analyzer, 256 MB of RAM, 50 MHz BW, with Pre-Amp and YTF |
| 781774-01 | 2 Channels, 3.6 GHz MIMO KIT, 25 MHz BW |
| 781774-02 | 3 Channels, 3.6 GHz MIMO KIT, 25 MHz BW |
| 781775-01 | 2 Channels, 3.6 GHz MIMO KIT, 50 MHz BW |
| 781775-02 | 3 Channels, 3.6 GHz MIMO KIT, 50 MHz BW |
| 781996-01 | 2 Channels, 14 GHz MIMO KIT, 50 MHz BW |
| 781996-02 | 3 Channels, 14 GHz MIMO KIT, 50 MHz BW |
| 781774-03 | 4 Channels, 3.6 GHz MIMO KIT, 25 MHz BW |
| 781775-03 | 4 Channels, 3.6 GHz MIMO KIT, 50 MHz BW |
PXIe-5665 PDF Manuals & Diagrams
PXIe-5665 PDF Manuals
MAINTAIN FORCED AIR COOLING NOTE TO USERS.PDF
NI PXIE 5653 CALIBRATION PROCEDURE.PDF
NI PXIE 5665 3.6 GHZ VECTOR SIGNAL ANALYZER MIMO PLATFORM GETTING STARTED GUIDE.PDF
PXI VECTOR SIGNAL ANALYZERS PRODUCT FLYER.PDF
PXIE 5644 CALIBRATION PROCEDURE.PDF
PXIE 5645 CALIBRATION PROCEDURE.PDF
PXIE 5646 CALIBRATION PROCEDURE.PDF
PXIE 5646R G SPECIFICATIONS.PDF
PXIE 5665 14 GHZ VECTOR SIGNAL ANALYZER MIMO PLATFORM GETTING STARTED GUIDE.PDF
PXIE 5665 CALIBRATION PROCEDURE.PDF
PXIE 5665 GETTING STARTED GUIDE.PDF
PXIE 5665 LETTER OF VOLATILITY.PDF
Why Buy From Apex Waves
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"Hand carrying parts to fedex directly to make sure I get them overnight. Great service"
"They were very helpful to get me the test equipment that I need."
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