Agilent Technologies 54622D, 54624A, 54621D Settings Used to Verify Voltage Measurement Accuracy

Testing Performance

To verify voltage measurement accuracy

bSet the Volts/Div setting to the value in the first line in Table 3-5.

Table 3-5	Settings Used to Verify Voltage Measurement Accuracy
	Volts/Div Setting	Power Supply Setting	Test Limits
	5 V/Div	35 V	34.04 V	to	35.96 V
	2 V/Div	14 V	13.616 V	to	14.384 V
	1 V/Div	7 V	6.808 V	to	7.192 V
	0.5 V/Div	3.5 V	3.404 V	to	3.596 V
	0.2 V/Div	1.4 V	1.3616 V	to	1.4384 V
	0.1 V/Div	700 mV	680.8 mV	to	719.2 mV
	50 mV/Div	350 mV	340.4 mV	to	359.6 mV
	20 mV/Div	140 mV	136.16 mV	to	143.84 mV
	10 mV/Div	70 mV	68.08 mV	to	71.92 mV
	5 mV/Div	35 mV	34.04 mV	to	35.96 mV
	2 mV/Div	14 mV	13.616 mV	to	14.384 mV
	1 mV/Div*	7 mV	6.616 mV	to	7.384 mV

*Full scale is defined as 16 mV on the 1 mV/div range.

Full scale on all other ranges is defined as 8 divisions times the V/div setting.

cPress the Acquire key. Then press the Averaging softkey and set #Avgs to 64. Wait a few seconds for the measurement to settle.

2Press the Cursors key, set the Mode softkey to Normal, then press the X Y softkey and select Y. Press the Y1 softkey, then use the Entry knob

(labeled on the front panel) to set the Y1 cursor on the baseline of the signal.

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