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Recommended
Model Numbers |
|
Key Options |
|
Details |
| Agilent
PSA Series Spectrum Analyzer |
|
|
E4443A
E4445A
E4445A
E4440A
E4440A
E4447A
E4446A
E4448A |
|
|
|
| • |
Measures and monitors complex RF, microwave and millimeter-wave signals from 6.7 GHz to 50 GHz |
| • |
Optional 40 or 80 MHz analysis bandwidth to capture and measure complex signals |
| • |
Wide dynamic range (-154 dBm DANL, +17 dBm TOI, -116 dBc/Hz phase noise at 10 kHz offset) |
| • |
±0.62 dB absolute amplitude accuracy, ±0.38 dB frequency response, ±0.07 dB log amplification linearity |
| • |
Easy-to-use built-in measurement personalities |
|
| Agilent
MXA Signal Analyzer |
|
|
N9020A
(6.7 GHz) and above |
|
Opt. 503: 3.6 GHz
Opt. 508: 8.4 GHz
Opt. 513: 13.6 GHz
Opt. 526: 26.5 GHz
Opt. N9075A |
|
| • |
Up to 26.5 GHz frequency range |
| • |
30 to 300% faster than all other spectrum and signal analyzers |
| • |
25 MHz analysis bandwidth |
| • |
-151 dBm/Hz DANL (-154 dBm/Hz typical) |
| • |
Option N9075A: 802.16 OFMD measurement application |
|
| Agilent
ESA-E Series Portable Spectrum Analyzers |
|
|
E4404B
E4405B
E4407B |
|
|
|
| • |
Provides scalable mid-performance spectrum analysis from 3 to 26 GHz |
| • |
10 MHz analysis bandwidth |
| • |
Various one-button RF power measurements |
|
| Agilent
VSA Modulation Analysis Software |
 |
 |
89601A |
|
Option 200
Option 300
Option B7S
Option B7Y |
|
| • |
Wide range of troubleshooting tools for analyzing digital satellite video and other satellite signals |
| • |
Flexible demodulation to analyze new wideband emerging format signals |
| • |
Use with PSA, MXA or ESA analyzers |
|
| Agilent
E5052A Signal Source Analyzer |
|
|
E5052A
(7 GHz) |
|
|
|
Test solution for RF signal sources such as oscillators, RDICs, and LO circuits. Measurements include phase noise, frequency/power/phase transient, frequency, power, etc. |
| R&S
FSQ Signal Analyzer |
|
|
FSQ8
and above |
|
Option K92
Option K93 |
|
The 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.
Some measurements functions include:
| • |
BPSK, QPSK, 16QAM, CCK signals |
| • |
EVM, Freq Error, Crest factor, Spectrum emissions masks, FFT |
| • |
Payload information |
| • |
Option K92/93: Tx measurements for 802.16-2004 OFMD (K92) and 802.16e (K93) signals |
|
| R&S
FSL Spectrum Analyzer |
 |
|
FSL3
FSL6 |
|
Option K92 |
|
Allows convenience in field maintenance installation and troubleshooting
| • |
9 kHz to 3/6 GHz, with or without tracking generator |
| • |
IQ demodulation bandwidth 20 MHz |
| • |
DANL -152 dBm |
| • |
Option K92: Tx measurements for 802.16-2004 OFMD signals |
|
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Recommended
Model Numbers |
|
Key Options |
|
Details |
| Agilent
ESG Vector Signal Generator |
|
|
E4438C |
|
Option N7615B
Option N7613A |
|
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:
| • |
Frequency coverage up to 6 GHz |
| • |
Optional internal baseband generator with 8 or
64 megasample memory |
| • |
Arbitrary waveform generation with sophisticated
real-time I/Q symbol generation |
| • |
Combine with N7615B and N7613A Signal Studio Software and N5115B Baseband Studio For Fading |
|
| Agilent
Signal Studio Software for Fixed and Mobile WiMAX
|
|
|
N7613A
N7615B |
|
|
|
| • |
Enables you to create waveforms that comply with IEEE standards |
| • |
Download waveforms to the E4438C ESG for playback |
| • |
Configure frames for downlink, uplink, or both |
| • |
Standards-based, raw, or fully coded data |
| • |
Up to 16 frames with incrementing frame numbers per waveform |
|
| Agilent
N5182A MXG Vector Signal Generator |
|
|
N5182A |
|
Option N7615B |
|
Featuring fast frequency, amplitude, and waveform switching, industry-best
ACPR performance, high reliability, and simplified self-maintenance - all in two rack units (2RU) - Agilent MXG
vector is optimized for manufacturing cellular communications and wireless connectivity components. Combine with N7616A/B Signal Studio to create customized WLAN signals. |
| Agilent
PSG Vector Signal Generator |
|
|
E8267D |
|
Option N7615B
Option N7613A |
|
Fully synthesized signal generator with high output
power, low phase noise, and I/Q modulation capability.
Combine with N7617A/B Signal Studio Software to create WLAN test signals. |
| R&S
SMU200A Vector Signal Generator |
|
|
SMU200A |
|
Option K49: Digital standard for 802.16 |
|
| • |
Physical layer (OFDM, CCK, PBCC modes), MAC, FCS |
| • |
Signals for packet error ratio (PER) measurements |
| • |
Frequency range 100 kHz to 6 GHz |
| • |
Internal I/Q modulation bandwidth 80 MHz (in RF) |
| • |
EVM typically 0.6% for 802.11a |
| • |
Up to two signal generators in one box (e.g. useful signal + interferer) |
| • |
Fading simulator (option) with up to 40 fading paths (SMU200A) including WLAN Hyperlan/2 fading models |
|
| R&S
SMJ100A Vector Signal Generator |
 |
|
SMJ100A |
|
Option K49: Digital standard for 802.16 |
|
See SMU200A above. |
|
| Image |
|
Recommended
Model Numbers |
|
Key Options |
|
Details |
| Agilent
ENA RF Network Analyzer |
|
|
E5071B
E5071C |
|
|
|
8.5 GHz network analyzer suitable for the following measurements of design and manufacturing WiMAX components: reflection, coefficient, transmission, full S-parameter measurements, etc |
| Agilent
PNA Microwave Network Analyzers |
 |
|
E8362B
E8363B
E8364B |
|
|
|
The PNA series microwave vector network analyzers offer an unsurpassed combination of speed and precision to meet the challenges of general-purpose, high-performance component testing from 10MHz to 100GHz. |
| Agilent
8753 Vector Network Analyzer |
 |
|
8753C
8753D
8753ES
8753ET |
|
|
|
Agilent 8753ES vector
network analyzers perform complete characterization of
RF components. Features and specifications include:
| • |
30 kHz to 3 or 6 GHz |
| • |
Frequency and power sweeps |
| • |
Optional time-domain, harmonics measurement |
|
| R&S
ZVL Network/Spectrum Analyzer |
 |
|
ZVL3
ZVL6 |
|
Option K1: Spectrum
analysis
Option B22: Preamplifier |
|
Network analyzer
plus options for spectrum analysis and absolute power
measurements in one extremely light, compact, instrument
with a frequency range from 9 kHz to 6 GHz. |
|
| Image |
|
Recommended
Model Numbers |
|
Key Options |
|
Details |
| Agilent
P Series Power Meters |
|
|
N1911A
(1 Ch)
N1912A
(2 Ch) |
|
|
|
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 |
|
|
E4416A
(1 Ch)
E4417A
(2 Ch) |
|
|
|
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 |
|
|
E4418B
(1 Ch)
E4419B
(2 Ch) |
|
|
|
The EPM and EPM-P
Series provides high-performance, programmable power meters
for CW, average and peak power measurements. |
| R&S
NRP Power Meter |
|
|
NRP |
|
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 |
|
| • |
Innovative multipath sensor technology |
| • |
90 dB dynamic range |
| • |
High measurement speed |
| • |
Intelligent sensors – simply plug in and
measure |
| • |
Accurate measurement of average power regardless
of bandwidth and modulation |
| • |
Handling of external components through S-parameter correction |
| • |
Simultaneous operation of up to 4 sensors on basic
unit |
|
|
|
|
|
MetricTest
Solutions
