
3
So Much, So Fast www.agilent.com/fi nd/FrequencyCounters
APPLICATION:
Crystal/oscillator components
How the 53230A helps:
Easily observe the stability of your
clocks over time
Take advantage of continuous/gap-free
measurements with timestamps to measure
the stability of your clocks over time. See
changes in the Allan Deviation over a series
of measurements. (Figure 1)
• On-going insight to measurement data
with graphing and built-in analysis
• All samples per trigger taken continuously
with no lag between readings, time-
stamped for further stability analysis
APPLICATION:
Communications equipment
How the 53200 Series helps:
Make and analyze highly accurate jitter
and wander measurements without
spending a fortune
Whether you’re taking slow, high precision
measurements over a long period of time,
or fast measurements over a short time, you
can use your Agilent 53200 Series frequency
counter as a low-cost, highly accurate
jitter and wander analysis solution (Figure 2):
• See histograms of a block of data
• Watch trends and changes of your
frequency over a series of measurements
• Use markers to view specific data points
• Analyze your results with math functions:
mean, standard deviation,
Allan Deviation, etc.
APPLICATION:
Radar equipment
How the 53230A helps:
Minimize errors in your transmitted signals
Now there’s a low-cost way to verify the
accuracy of transmitted signals to increase
your confidence in your target data. Use the
Agilent 53230A universal frequency counter/
timer to make high-resolution pulse/burst
microwave frequency measurements,
(Figure 3) including carrier frequency, PRI,
PRF and PW. Compared to other pulsed RF
measurement solutions, the 53230A is:
• Easier to use
• Lower cost
Find and resolve problems faster
The Agilent 53200 Series frequency counter/timers give you more insight into
your signals so you can solve design and manufacturing problems faster:
Pulse width (t)
Pulse repetition period (T)
T
0
Figure 1.
Figure 2.
Figure 3.
Kommentare zu diesen Handbüchern