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Recommended
Model Numbers |
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Key Options |
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Details |
| Advantest U3700 Series Spectrum Analyzer |
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U3741
U3751
U3771
U3772 |
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Option 10: 2-ch independent inputs
Option 53/54: time-domain analysis
Option 55: wide-band analysis |
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The Advantest U3700 series is suitable for a variety of SATCOM applications, ranging from development of SATCOM components in the lab, or to installation and maintanence of SATCOM installations in the field. The U3772 model provides testing up to Ka band frequencies (up to 43GHz), all in a compact, portable, and battery operated form factor. Option 10 adds two simulataneous input channels, allowing engineers and technicals to monitor both the RF and IF channels simultaneously. Option 53/54 adds time domain analysis, a feature useful for time-based measurements such as power, phase, amplitude, and I/Q separate as function of time. Option 55 allows wide-band width acquistion up to 40MHz. |
| Agilent PSA Series Spectrum Analyzer |
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E4443A
E4445A
E4440A
E4447A
E4446A
E4448A |
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89601A VSA Software |
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PSA high-performance spectrum analyzer measures and monitors complex RF, microwave, and millimeter-wave signals from 6.7GHz to 50GHz. Optional 40 or 80 MHz analysis bandwidth to capture and measure complex signals. PSA offers width dynamic range (-154 dBm DANL, +17 dBm TOI, -116 dBc/Hz phase noise at 10 kHz offset), high accuracy (±0.62 dB absolute amplitude accuracy, ±0.38 dB frequency response, ±0.07 dB log amplification linearity), and offers various easy-to-use built-in measurement personalities. |
| Agilent
MXA Signal Analyzer |
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N9020A (6.7 GHz) and above
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Opt. 503: 3.6 GHz
Opt. 508: 8.4 GHz
Opt. 513: 13.6 GHz
Opt. 526: 26.5 GHz |
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The MXA signal analyzer takes signal and spectrum analysis to the next generation, offering the highest performance in a midrange signal analyzer with the industry's fastest signal and spectrum analysis, eliminating the compromise between speed and performance. |
| Agilent
EXA Series Signal Analyzer |
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N9010A |
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Option 503 9 kHz to 3.6 GHz
Option 507 9kHz to 7.0 GHz
Option 513 9 kHz to 13.6 GHz
Option 526 9 kHz to 26.5 GHz
Option B25: 25 MHz analysis bandwidth
89601A VSA Software |
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The Agilent EXA is the industry's fastest economy-class signal analyzer. Its speed and accuracy, coupled with its unprecedented performance and application coverage, provides development and manufacturing engineers with the capabilities to cost-effectively troubleshoot new designs, increase manufacturing throughput, or analyze complex and time-varying signals. The EXA seamlessly integrates a broad range of standards-based measurements with Agilent's industry-leading 89600 vector signal analysis (VSA) software all in a single instrument. |
| Agilent
ESA-E Series Portable Spectrum Analyzers |
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E4402B
E4404B
E4405B
E4407B |
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The Agilent ESA-E Series mid-performance spectrum analyzer sets the performance standard in measurement speed, dynamic range, accuracy, and resolving power for similarly priced products, offering a frequency range from 3GHz to 26.5GHz. The 10MHz analysis bandwidth and various one-button RF power measurements ensures the ESA will fit a variety of applications. |
| Agilent
High Performance and Infiniium Oscilloscopes |
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DSO90000 Series
DSO80000 Series
DSO9000A Series
DSO7000 Series |
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Recommended bandwidth of 600MHz and above, and 1M memory depth or greater to analyzer width bandwidth customer designed signals. Use with 89601A Vector Signal Analysis (VSA) software for wide bandwidth signal analysis.
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| Agilent
VSA Modulation Analysis Software |
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89601A
89601X |
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Option AYA
Option 200
Option 300
PSA Series
EXA and MXA Series
ESA Series
Infiniium Scopes |
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The 89601A vector signal analysis (VSA) software offers a wide range of troubleshooting tools for analyzing digital satellite video and other satellite signals. Use it to help design new digital communications systems by using its flexible demodulation to analyze new wideband emerging format signals. Use with Infiniium scopes to analyzer ultra wide bandwidth signals. |
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E5052A (7 GHz) |
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Test solution for RF signal sources such as oscillators, RDICs, and LO circuits. Measurements include phase noise, frequency/power/phase transient, frequency, power, etc. |
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FSQ3 and above |
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The Signal Analyzer R&S FSQ combines two instruments in one. It offers signal analysis at a demodulation bandwidth of up to 120 MHz with the dynamic range of a high-end spectrum analyzer.
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FSP3 |
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General purpose spectrum analyzer, with frequency range configurable from 3GHz to 40GHz. Optional external harmonic mixer allows frequency range to be extended to 110GHz. |
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FSL3
FSL6 |
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89601A VSA Software |
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The FSL series is a portable spectrum analyzer with a I/Q demodulation bandwidth of up to 28MHz, ideal for analyzing complex and customer generated signals. The FSL18 model provides spectrum analysis up to Ku band or 18GHz, and is now available with an optional tracking generator up to 18GHz as well.
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FSH3/6/18
FSH4/8 |
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The FSH series is a handheld spectrum analyzer suited to a variety of installation and troubleshooting assignments in the field. The FSH18 series allows coverage up to Ku band at 18GHz. Optional tracking generator for the other FSH series provide useful measurements such as cable loss, distance to fault, and full two-port vector network analysis measurements. |
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Recommended
Model Numbers |
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Key Options |
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Details |
| Agilent
ESG Vector Signal Generator |
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E4438C |
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Opt. 409: GPS
Opt. 501: 1 GHz
Opt. 502: 2 GHz
Opt. 503: 3 GHz
Opt. 504: 4 GHz
Opt. 506: 6 GHz |
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Arbitrary
waveform generator and I/Q modulation capability enable
the creation of complex waveforms for a variety of RF
and microwave applications, including BPSK and O-QPSK.
Can also be used as a multi-purpose interference source.
Some features include:
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Frequency coverage up to 6 GHz |
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Optional internal baseband generator with 8 or
64 megasample memory |
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Arbitrary waveform generation with sophisticated
real-time I/Q symbol generation |
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Combine with N5115B Baseband Studio For Fading |
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| Agilent
PSG Vector Signal Generator |
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E8267D |
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Opt. 520: 20 GHz
Opt. 532: 31.8 GHz
Opt. 544: 44 GHz |
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Integrated microwave vector signal generator with I/Q modulation up to 44 GHz |
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Advanced wideband internal baseband generator capable of flexible arbitrary waveform playback or sophisticated real-time signal generation |
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| R&S
SMU200A Vector Signal Generator |
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SMU200A |
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Option K44
Option K244
Option B14 |
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Frequency range 100 kHz to 6 GHz |
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Internal I/Q modulation bandwidth 80 MHz (in RF) |
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Arbitrary waveform generator with 64 Msamples |
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Up to two signal generators in one box (e.g. useful signal + interferer) |
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Option K44/K244 - Digital Standard GPS (WinIQSIM2: K244) |
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Option B14 - Fading simulator (use with PC) |
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| R&S
SMJ100A Vector Signal Generator |
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SMJ100A |
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Option K44
Option K244 |
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| • |
Frequency range 100 kHz to 6 GHz |
| • |
Internal I/Q modulation bandwidth 80 MHz (in RF) |
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Option K44/K244 - Digital Standard GPS (WinIQSIM2: K244) |
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| R&S
SMV03 Vector Signal Generator |
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SMV03 |
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Vector modulation in the analog class
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Frequency range 9 kHz to 3.3 GHz |
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I/Q modulator with 100 MHz RF bandwidth and excellent vector accuracy |
| • |
High level accuracy <0.5 dB |
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Recommended
Model Numbers |
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Key Options |
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Details |
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E8362B
E8363B
E8364B |
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Option H08 |
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Microwave network analyzers with optional pulsed-RF capability and combined
with an external RF modulator and pulse generators, forms a powerful, pulsed S-parameter measurement solution
ideal for characterizing components used for microwave and radar applications.
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Up to 67 GHz frequency range |
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Option H08: Pulsed-RF measurement application adds average pulse, point-in-pulse and pulse profile measurement capabilities |
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E5071B
E5071C |
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Option H08 |
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Offers the highest RF performance and fastest speed in its class, with a wide
frequency range and versatile functions. The Agilent E5071C is the ideal solution for manufacturing and
R&D engineers evaluating RF components and circuits from 9 kHz to 8.5 GHz |
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N9923A |
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The VNA Fieldfox (N9923A) is a versatile unit for making a variety of vector network analysis measurements in the field. It has a hand-held form factor, and allows battery operation. The ability to provide two-port analysis on parameters like return loss, VSWR, cable loss, and distance-to-fault, makes the VNA Fieldfox a valuable tool for any time of SATCOM or telecommunications installation and troubleshooting. |
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MS2024B
MS2025B
MS2034B
MS2035B |
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The VNA Master is a versatile unit for making a variety of vector network analysis measurements in the field. It has a hand-held form factor, and allows battery operation. The ability to provide two-port analysis on parameters like return loss, VSWR, cable loss, distance-to-fault, and spectrum analysis (optional) makes the VNA Master a valuable tool for any time of SATCOM or telecommunications installation and troubleshooting. |
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ZVA8 and above |
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Option K7: Pulse profile measurements (with pulse generator) |
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Frequency ranges up to 8 GHz, 24 GHz and 40 GHz, with two or four test ports, depending on options. High output power, linear and nonlinear amplifier and mixer measurements is suitable for applications in RF and microwave. High measurement speed allows measurements for pulsed components. |
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ZVB4 and above |
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Option H08 |
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The Vector Network Analyzer R&S ZVB covering the frequency range from 300 kHz to 8 GHz and 10 MHz to 20 GHz has been designed for universal measurements on passive and active components. Especially for multiport measurements and measurements on balanced devices the R&S ZVB simplifies vector analysis. |
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Recommended
Model Numbers |
|
Key Options |
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Details |
| Agilent
P Series Power Meters |
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N1911A (1 Ch)
N1912A (2 Ch) |
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When used with the N192XA wideband power sensors, the P-Series power meters
provides a measurement frequency range from 50 MHz to 40 GHz with an internal zero and
calibration capability |
| Agilent
EPM-P Power Series Power Meters |
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E4416A (1 Ch)
E4417A (2 Ch) |
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The EPM-P Series power meter measure peak, average and time-gated power over -65 dBm to +20 dBm, to 18 GHz using E932XA power sensors |
| Agilent
EPM Series Power Meters |
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N1913A (1-ch)
N1914A (2-ch)
E4418B (1-ch)
E4419B (2-ch) |
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The EPM and EPM-P
Series provides high-performance, programmable power meters
for CW, average and peak power measurements. |
| R&S
NRP Power Meter |
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NRP |
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Power Sensors
Z11: 8 GHz, 200mW
Z21: 18 GHz, 200mW
Z22: 18 GHz, 2W
Z23: 18 GHz, 15W
Z24: 18 GHz, 30W
Z51: 18 GHz, 100mW
Z55: 40 GHz, 100mW |
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| • |
Innovative multipath sensor technology |
| • |
90 dB dynamic range |
| • |
High measurement speed |
| • |
Intelligent sensors – simply plug in and
measure |
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Accurate measurement of average power regardless
of bandwidth and modulation |
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Handling of external components through S-parameter correction |
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Simultaneous operation of up to 4 sensors on basic
unit |
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MetricTest
Solutions
