Tektronix AFG31000 Series User Manual

Getting started
AFG31000 Series Arbitrary Function Generator User's Manual 31
Equivalent output circuits
The following figure shows the equivalent output circuits for the AFG31000 Series Arbitrary Function
Generator instruments:
Figure 5: AFG output circuits
The following table shows the output window (minimum and maximum levels) for a sine waveform
when you change the load impedance (L). Load impedance affects the output window.
Table 5: Output window for a sine waveform
Instruments Minimum amplitude Maximum amplitude
31021
5 V to –5 V (10 V
pp
)
10 V to –10 V (20 V
pp
)
31022
5 V to –5 V (10 V
pp
)
10 V to –10 V (20 V
pp
)
31051
5 V to –5 V (10 V
pp
)
10 V to –10 V (20 V
pp
)
31052
5 V to –5 V (10 V
pp
) 10 V to –10 V (20 V
pp
)
31101
5 V to –5 V (10 V
pp
)
10 V to –10 V (20 V
pp
)
31102
5 V to –5 V (10 V
pp
)
10 V to –10 V (20 V
pp
)
31151
2.5 to –2.5 (5 V
pp
)
5 V to –5 V (10 V
pp
)
31152
2.5 to –2.5 (5 V
pp
) 5 V to –5 V (10 V
pp
)
31251
2.5 to –2.5 (5 V
pp
)
5 V to –5 V (10 V
pp
)
31252
2.5 to –2.5 (5 V
pp
)
5 V to –5 V (10 V
pp
)
Protection from overheating
The internal temperature of the AFG31000 Series instrument is monitored. A warning message is
displayed if the internal temperature reaches a specified level and signal output is automatically
turned off.
If the warning message appears, check for the following conditions:
 The ambient temperature requirement is correct.
 The required cooling clearance has been provided.
 The instrument fan is working properly.

Tektronix AFG31000 Series Specifications

General

Brand	Tektronix
Model	AFG31000 Series
Category	Inverter
Language	English