Facilities:
Vector Signal Generator E4438C:
Agilent's E4438C ESG vector signal
generator combines outstanding RF
performance and sophisticated
baseband generation to deliver
calibrated test signals at baseband, IF,
and RF frequencies up to 6 GHz.
Offering an internal baseband generator
with arbitrary waveform and real-time
I/Q capabilities, ample waveform
playback and storage memory, and a
wide RF modulation bandwidth, the
E4438C ESG is equipped to test
today's complex wireless systems and
their components.
The E4438C ESG is an adaptable
platform with optional capabilities to
customize the instrument for baseband
and RF test applications ranging from
simple distortion test and general
purpose troubleshooting to baseband
coding algorithm development,
advanced transceiver design
verification, and high volume
manufacturing. Its modular architecture
makes it easy to configure the
instrument with the level of
performance and signal creation
capability you need today with the
option to upgrade in the future.
Network analyzer 8720ES: The Agilent 8720ES vector network
analyzer allows complete
characterization of RF and microwave
components. The 8720ES includes an
integrated synthesized source, test set
and tuned receiver.
The built-in Sparameter
test set provides a full range
of magnitude and phase measurements
in both the forward and reverse
directions. Built-in vector accuracy
enhancement techniques include full
two-port, adapter-removal, and
optional TRL calibration.
E7405A EMC Analyzer; Early evaluation of your design's EMI
performance is essential for a
successful product.
The E7405A EMC
standard analyzer provides the
capabilities you need in an analyzer to
make in-house EMI precompliance testing a reality.The EMC standard
analyzer offers you the best value with
more productivity options built-in, and
guarantees the fast delivery.
Frequency Range: 9KHZ - 26.5GHZ
Maximum safe input level: +30 dBm
EMI compatibility Conducted and radiated
emissions is in compliance with CISPR Pub.
11/1990 Group 1 Class B5
Audible noise < 40 dBa pressure and < 4.6
Bels power (ISODP7779)
Military specification Type tested to the
environmental specifications of MIL-PRF-
28800F, class 3
Noise Figure Analyzer N8975A: The Agilent N8975A is a high performance
noise figure analyzer designed to make fast,
accurate and repeatable noise figure
measurement. With the N8975A ease of use
features, you can set up complex
measurements simply and easily giving you
repeatable and reliable results you can trust .
The N8975A also has the ability to
characterize amplifiers and frequency
translating devices, including LO control over
dedicated 2nd GPIB. The N8975A offers
simultaneous noise figure and gain
measurements with the ability to view, print
and save the data/display in multiple formats
RF Logic Analyzer:
Agilent Technologies 1670G Series benchtop
logic analyzers enable design engineers to
pur-chase a logic analyzer that meets their
exact needs and their budget. The 1670G
Series models have the option of a built-in,
500 MHz, 2 GSa/s oscilloscope that can be
triggered by the logic analyzer. Some of the
toughest hardware debug problems can be
found only with the digital triggering
capabilities of a logic analyzer and can be
solved only with the analog resolution of an
oscilloscope.
An optional pattern generator in the
1670G Series allows designers to
substitute stimulus for missing
subsystems during product
development. The 1670G Series helps
simplify the capture and analysis of
complex events with optional 256K or
2M deep memory.
Key Specifications Optional 2-channel oscilloscope or 32
channel pattern generator
102 channel portable logic analyzer
500 MHz timing speed
Experiments are designed in order to cover the following
topics
_ Analog and Digital Modulation
_ Noise Figure Measurement
_ Scattering Parameters Measurement
_ Raised Cosine Filter Characteristic
_ Voltage Standing Wave Ratio Measurement
_ Smith Chart Demonstration
Experiment # 1
Measurement of S Parameters, S11 (input
Reflection Coefficient), S22 (output Reflection
Coefficient), S12 (return Loss), S21 (Forward
Gain) of RF & Microwave Devices (e.g.
Amplifiers, Filters, Power Dividers, Couplers)
Experiment # 2
Measurement of Voltage Standing Wave Ratio
(VSWR) of RF & Microwave Devices.
