Stanford Research Systems DS335, User Manual

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Performance Tests 4-13
DS335 Synthesized Function Generator
DS335 PERFORMANCE TEST RECORD
Serial Number: __________ Date:____________
Tested By:______________
Comments:
Pass Fail
Functional Tests
Front Panel Test _____ _____
Self Test (at power up) _____ _____
Sine Wave _____ _____
Square Wave _____ _____
Amplitude Flatness _____ _____
Output Level _____ _____
Minimum Actual Maximum
Performance Tests
Frequency Accuracy 999,950 Hz ____________ 1,000,050 Hz
Amplitude Accuracy
sine, 100 Hz, 3.54 Vrms 3.498 Vrms ____________ 3.582 Vrms
sine, 1 kHz, 3.54 Vrms 3.498 Vrms ____________ 3.582 Vrms
sine, 10 kHz, 3.54 Vrms 3.498 Vrms ____________ 3.582 Vrms
sine, 100 kHz, 3.54 Vrms 3.498 Vrms ____________ 3.582 Vrms
sine, 1 kHz, 1 Vrms 0.988 Vrms ____________ 1.012 Vrms
sine, 1 kHz, 0.5 Vrms 0.494 Vrms ____________ 0.506 Vrms
sine, 1 kHz, 0.25 Vrms 0.247 Vrms ____________ 0.253 Vrms
sine, 1 kHz, 120 mVrms 118 mVrms ____________ 122 mVrms
sine, 1 kHz, 70 mVrms 69.1 mVrms ____________ 70.9 mVrms
sine, 1 kHz, 40 mVrms 39.5 mVrms ____________ 40.5 mVrms
sine, 1 kHz, 20 mVrms 19.7 mVrms ____________ 20.3 mVrms
square, 100 Hz, 5 Vrms 4.94 Vrms ____________ 5.06 Vrms
square, 1 kHz, 5 Vrms 4.94 Vrms ____________ 5.06 Vrms
square, 10 kHz, 5 Vrms 4.94 Vrms ____________ 5.06 Vrms
triangle, 100 Hz,2.89 Vrms 2.85 Vrms ____________ 2.93 Vrms
triangle, 1 kHz, 2.89 Vrms 2.85 Vrms ____________ 2.93 Vrms
triangle, 10 kHz, 2.89 Vrms 2.85 Vrms ____________ 2.93 Vrms
sine, 1 kHz, 3 Vrms reference = X ____________
Tolerance ±1.2% of X ___________ __________
(0.980X) (1.020X)
sine, 500 kHz, 3 Vrms ____________
sine, 1.0 MHz, 3 Vrms ____________
sine, 1.5 MHz, 3Vrms ____________
sine, 2.0 MHz, 3 Vrms ____________