Tektronix AFG3000C Series Technical Reference page 40

Performance verification
Frequency, Amplitude, DC Offset, and AC Flatness Test Record (cont.)
Amplitude (AFG325x / 325xC)
CF = 2 / (1 + 50 Ω / Measurement Ω) =
CH1 Amplitude
0.030 Vrms at 1.00 kHz
0.300 Vrms at 1.00 kHz
0.800 Vrms at 1.00 kHz
1.500 Vrms at 1.00 kHz
CH2 Amplitude
30.0 mVrms at 1.00 kHz
300.0 mVrms at 1.00 kHz
800.0 mVrms at 1.00 kHz
1.500 Vrms at 1.00 kHz
DC Offset (AFG3011 / 3011C)
CF = 2 / (1 + 50 Ω / Measurement Ω) =
CH1 DC Offset
+5.000 Vdc
0.000 Vdc
-5.000 Vdc
DC Offset (AFG302xB / 302xC / 305xC / 310x / 310xC 3151C / 3152C)
CF = 2 / (1 + 50 Ω / Measurement Ω) =
CH1 DC Offset
+5.000 Vdc
0.000 Vdc
-5.000 Vdc
CH2 DC Offset
+5.000 Vdc
0.000 Vdc
-5.000 Vdc
DC Offset (AFG325x / 325xC)
CF = 2 / (1 + 50 Ω / Measurement Ω) =
CH1 DC Offset
+2.500 Vdc
0.000 Vdc
-2.500 Vdc
CH2 DC Offset
+2.500 Vdc
0.000 Vdc
-2.500 Vdc
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Minimum
(30.0 × CF - 0.654) mVrms
(300.0 × CF - 3.35) mVrms
(800.0 × CF - 8.35) mVrms
(1.500 × CF - 0.0154) Vrms
Minimum
(30.0 × CF - 0.654) mVrms
(300.0 × CF - 3.35) mVrms
(800.0 × CF - 8.35) mVrms
(1.500 × CF - 0.0154) Vrms
Minimum
(+5.000 × CF - 0.110) Vdc
-0.010 Vdc
(-5.000 × CF - 0.110) Vdc
Minimum
(+5.000 × CF - 0.055) Vdc
-0.005 Vdc
(-5.000 × CF - 0.055) Vdc
Minimum
(+5.000 × CF - 0.055) Vdc
-0.005 Vdc
(-5.000 × CF - 0.055) Vdc
Minimum
(+2.500 × CF - 0.030) Vdc
-0.005 Vdc
(-2.500 × CF - 0.030) Vdc
Minimum
(+2.500 × CF - 0.030) Vdc
-0.005 Vdc
(-2.500 × CF - 0.030) Vdc
AFG3000C and AFG3000 Series Specifications and Performance Verification
Test result
Test result
Test result
Test result
Test result
Test result
Test result
Maximum
(30.0 × CF + 0.654) mVrms
(300.0× CF + 3.35) mVrms
(800.0 × CF + 8.35) mVrms
(1.500 × CF + 0.0154) Vrms
Maximum
(30.0 × CF + 0.654) mVrms
(300.0× CF + 3.35) mVrms
(800.0 × CF + 8.35) mVrms
(1.500 × CF + 0.0154) Vrms
Maximum
(+5.000 × CF + 0.110 Vdc
+0.010 Vdc
(-5.000 × CF + 0.110) Vdc
Maximum
(+5.000 × CF + 0.055) Vdc
+0.005 Vdc
(-5.000 × CF + 0.055) Vdc
Maximum
(+5.000 × CF + 0.055) Vdc
+0.005 Vdc
(-5.000 × CF + 0.055) Vdc
Maximum
(+2.500 × CF + 0.030) Vdc
+0.005 Vdc
(-2.500 × CF + 0.030) Vdc
Maximum
(+2.500 × CF + 0.030) Vdc
+0.005 Vdc
(-2.500 × CF + 0.030) Vdc