
Service Manual
Volt/div setting DC voltage output level Accuracy limits for V
diff
10v/div +30V, -30V
58.2 V~61.8 V
5v/div +15V, -15V
29.1 V~30.9 V
2v/div +6V, -6V
11.64 V~12.36 V
1v/div +3V, -3V
5.82 V~6.18 V
500mv/div +1.5V, -1.5V
2.91 V~3.09 V
200mv/div +600mV, -600mV
1.164 V~1.236 V
100mv/div +300mV, -300mV
582 mV~618 mV
50mv/div +150mV, -150mV
291 mV~309 mV
20mv/div +60mV, -60mV
116.4 mV~123.6 mV
10mv/div +30mV, -30mV
58.2 mV~61.8 mV
5mv/div +15mV, -15mV
29.1 mV~30.9 mV
2mv/div +6mV, -6mV
11.52 mV~12.48 mV
7、Change the VOLT/DIV to the next Volt/div in the table, and set the DC voltage source
output level to the corresponding level in the table as above. Repeat the steps 4
through 6 until all VOLT/DIV of both channels have been test.
Test Bandwidth
Steps:
::
: 1、Press the button “DEFAULT/SETUP”, and set the VOLT/DIV to 500 mV/div, set
SEC/DIV to 50 mS/div.
2、Set the measure parameter as “CH1,Vpp”.
3、Connect the oscilloscope channel 1 to the standard sinewave generator
4、Set the standard sinewave generator frequency to 10Hz
5、Set the generator output level so the Vpp measurement is between 2.98 V and 3.02 V.
6、Set the generator frequency to:
25MHz if you are testing a SDS1022D
40MHz if you are testing a SDS1042D
60MHz if you are testing a SDS1062D
100MHz if you are testing a SDS1102D
150MHz if you are testing a SDS1152D
200MHz if you are testing a SDS1202D
7、Set the oscilloscope timebase to the minimum SEC/DIV
8、Check the Vpp measurement is ≥2.12 V
9、Test channel 2 with the same method
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