Datasheet

5.20.2 Channel Selection

Press 〖Cal Channel〗softkey to cycle through calibration channel. If ‘Channel A’ is

displayed, user can calibrate for CHA. If ‘Channel B’ is displayed, user can calibrate for

CHB.

5.20.3 Frequency Calibration

After channel selected, press〖Freq Cal〗softkey to enter into frequency calibration

window. Then press〖Cal Value〗key and set it by knob or numeric keys, to make the

frequency as close to 1MHz as possible. Finally press〖Finish〗key to exit the calibration.

5.20.4 Offset Calibration

Press 〖Offs Cal〗softkey to enter into offset calibration window. Connect generator with

digital multimeter, adjust the calibration value to make the signal offset as the target

value according to calibration instruction. Press〖Next〗key or input calibration value to

enter into the next point calibration. Go on the next standard points calibration like this,

finally press 〖Finish〗key to exit the calibration.

5.20.5 Amplitude Calibration

Press 〖Ampl Cal〗softkey to enter into amplitude calibration window. Then adjust the

calibration value to make the signal output amplitude as the target value according to

calibration instruction. Press 〖Next〗key or input calibration value to enter into the next

point calibration. Go on the next standard points calibration like this, finally press

〖Finish〗key to exit the calibration.

5.20.6 Flatness Calibration

The amplitude of output signal will decrease as the frequency increasing. Therefore, you

need to calibrate for different frequency points. Amplitude flatness uses the relative

comparison method and makes the amplitude with 1MHz frequency as comparison

standard. The calibration includes 3 parts, nominal amplitude of which is 4dBm, 17.96

dBm and 11.93dBm. The step is 5MHz for output signal frequency.

Press〖Flat Cal〗softkey to enter into flatness calibration window.

(1) Calibration sequence display as 0#. Now the generator output 1MHz frequency,

4dBm amplitude reference signal. Measure the actual output amplitude by spectrum

analyzer, the result of which is taken as the first reference value. Press〖Next〗key

and sequence still shows 0#. Adjust calibration value to make the output amplitude

equals to the reference value. Go on the operation like this until the first section

flatness calibration finishes. (0# ~ 31#).