Performance Verification
P6209 4 GHz Probe Instruction Manual
39
4.
Use the oscilloscope measurement capability to calculate and
display rise time. Rise time is determined from the 10% and 90%
amplitude points on the waveform. Record the rise time as
t
s.
The system rise time (
t
s
) that you measured in step 4 represents the
rise time of the test system without the probe.
The following steps instruct you to assemble the test system that
includes the probe, as shown in Figure 15. The system and probe rise
time (
t
s+p
) that you measure in step 8 is used to calculate the probe
rise time (
t
p
) in step 9.
5.
Connect the test equipment as shown in Figure 15.
Calibration
step generator
Trigger
input
INTERNAL
CLOCK
OUTPUT
CSA/TDS8000
Generator remote head
50
Ω
Termination
HF probe tip adapter
P6209 Probe
SMA F-to-F
SMA cable
To power
supply
Figure 15: Test system and probe rise time setup
6.
Set the vertical to 50 mV/div and horizontal to 500 ps/div.
7.
Adjust the oscilloscope horizontal and vertical position controls
to display a signal similar to that shown in Figure 15.
Summary of Contents for P6209
Page 5: ......
Page 9: ...Table of Contents iv P6209 4 GHz Probe Instruction Manual...
Page 21: ...Product Description 8 P6209 4 GHz Probe Instruction Manual...
Page 29: ...Operating Basics 16 P6209 4 GHz Probe Instruction Manual...
Page 33: ...Helpful Hints 20 P6209 4 GHz Probe Instruction Manual...
Page 41: ......
Page 45: ...Theory of Operation 32 P6209 4 GHz Probe Instruction Manual...
Page 55: ...Performance Verification 42 P6209 4 GHz Probe Instruction Manual...
Page 61: ...Adjustments 48 P6209 4 GHz Probe Instruction Manual...
Page 63: ...Maintenance 50 P6209 4 GHz Probe Instruction Manual...
Page 67: ...Troubleshooting 54 P6209 4 GHz Probe Instruction Manual...
Page 75: ...Replaceable Parts P6209 4 GHz 5X Active Probe 62...