Performance Verification
AWG710 Service Manual
4-15
AWG710 Test Record (cont.)
Instrument Serial Number:ą Certificate Number:ą
Temperature:ą RH %:ą
Date of Calibration:ą Technician:ą
AWG710 Performance Test MaximumOutgoingIncomingMinimum
Negative Threshold
(set the triggering level to -5 V)
No trigger when input voltage vary
from0Vto-4.65 V.
Trigger when input voltage vary
from -5.35 V to -4.65 V.
Pass/Fail
Pass/Fail
__________
__________
__________
__________
Pass/Fail
Pass/Fail
Event Input and Enhanced Mode
Check Event Input with Strobe Off
pin 0 (when SW1 of the ground closure is closed )
pin 1 (when SW2 of the ground closure is closed)
pin 2 (when SW3 of the ground closure is closed)
pin 3 (when SW4 of the ground closure is closed)
Pass/Fail
Pass/Fail
Pass/Fail
Pass/Fail
__________
__________
__________
__________
__________
__________
__________
__________
Pass/Fail
Pass/Fail
Pass/Fail
Pass/Fail
Check Strobe Input
(when SW5 of the ground closure is on and off) Pass/Fail __________ __________ Pass/Fail
1/4 Clock Frequency and 10 MHz Reference Input
Check 1/4 Clock Out Frequency
Internal Clock = 200 MS/s
49 999 950 Hz __________ __________ 50 000 050 Hz
Check output with 10 MHz Reference Input
10 MHz Ref In = 10 MHz 49 990 000 Hz __________ __________ 50 010 000 Hz
Check output with 10.1 MHz Reference Input
10 MHz Ref In = 10.1 MHz 50 490 000 Hz __________ __________ 50 510 000 Hz
Marker Output
MARKER1 Low level (Set the level to -1.1 V.) -1.2550 V __________ __________ -0.9450 V
MARKER1 High level (Set the level to 3.0 V.) 2.750 V __________ __________ 3.250 V
MARKER1 Low level (Set the level to -1.1 V.) -1.2550 V __________ __________ -0.9450 V
MARKER1 High level (Set the level to 3.0 V.) 2.750 V __________ __________ 3.250 V
MARKER2 Low level (Set the level to -1.1 V.) -1.2550 V __________ __________ -0.9450 V
MARKER2 High level (Set the level to 3.0 V.) 2.750 V __________ __________ 3.250 V
MARKER2 Low level (Set the level to -1.1 V.) -1.2550 V __________ __________ -0.9450 V
MARKER2 High level (Set the level to 3.0 V.) 2.750 V __________ __________ 3.250 V