Tektronix AFG1062 Technical Reference

Performance tests
AFG1000 Series Specifications and Performance Verification
27
6. Set up the arbitrary function generator as follows:
a. Push the Sine button on the front panel.
b. Press the Freq/Period bezel button to choose Freq. The chosen parameter
will be lighted with white background.
c. Use the numeric keypad or the general purpose knob to set the frequency to
500 kHz.
d. Press the Ampl/High bezel button to choose Ampl. The chosen parameter
will be lighted with white background.
e. Use the numeric keypad or the general purpose knob to set the
amplitude to 1.000 V
p-p
.
f. Check that the CH1 On/Off front panel button LED is on. If not , then the
channel output is off. Push the CH1 On/Off button to turn it on.
7. Set the frequency of the Power Meter to 500 kHz.
8. Verify that the power measurement at each frequency is within the error
specified in the following table.
9. Repeat steps 1 through 8 for the channel 2 output.
AFG1022 Measurement Range
Function
Amplitude
Frequency
(dB)
(dB)
Sine
+1.000 V
p-p
1.00 kHz
= Reference
- - - - - -
Sine
+ 1.000 V
p-p
500 kHz
Reference ± 0.40
Sine
+ 1.000 V
p-p
1.00 MHz
Reference ± 0.40
Sine
+ 1.000 V
p-p
5.00 MHz
Reference ± 0.40
Sine
+ 1.000 V
p-p
15.00 MHz
Reference ± 0.70
Sine
+ 1.000 V
p-p
25.00 MHz
Reference ± 0.70
AFG1062
Measurement Range
Function
Amplitude
Frequency
(dB)
(dB)
Sine
+1.000 V
p-p
1.00 kHz
= Reference
- - - - - -
Sine
+ 1.000 V
p-p
500 kHz
Reference ± 0.50
Sine
+ 1.000 V
p-p
1.00 MHz
Reference ± 0.50
Sine
+ 1.000 V
p-p
5.00 MHz
Reference ± 0.50
Sine
+ 1.000 V
p-p
15.00 MHz
Reference ± 0.90
Sine
+ 1.000 V
p-p
25.00 MHz
Reference ± 0.90
Sine
+ 1.000 V
p-p
60.00 MHz
Reference ± 0.90

Tektronix AFG1062 Specifications

General

Brand	Tektronix
Model	AFG1062
Category	Inverter
Language	English