AD5522JSVDZ datasheet(25/60 Pages) AD

25 / 60 page

AD5522

Rev. A | Page 25 of 60

CH1 20.0mV

W CH2 100mV

CH1 Pk-Pk 39.00mV CH2 Pk-Pk 325.8mV

CH4 5.00V

M4.00µs

10.0000µs

TA = 25°C

FOH0

MEASOUT0

LOAD

Figure 28. AC Crosstalk, FVMI Mode, PMU 0, Full-Scale Transition on One CPH

DAC, MI Gain = 10, MEASOUTx Gain = 1, ±2 mA Range, CLOAD = 200 pF

CH1 20.0mV

W CH2 100mV

M4.00µs

10.0000µs

TA = 25°C

FOH1

MEASOUT1

LOAD

CH1 Pk-Pk 18.80mV CH2 Pk-Pk 140.0mV

CH4 5.00V

Figure 29. AC Crosstalk, FVMI Mode, PMU 1, Full-Scale Transition on One CPH

DAC, MI Gain = 10, MEASOUTx Gain = 1, ±2 mA Range, CLOAD = 200 pF

CH1 10mV

M10µs

30.0µs

ATTACK FROM FIN1

16.70mV p-p

FOH0

ATTACK FROM FIN2

10.35mV p-p

ATTACK FROM FIN3

11.75mV p-p

Figure 30. AC Crosstalk at FOH0 in FI Mode from FIN DAC of Each Other PMU (Full-

Scale Transition), MI Gain = 10, MEASOUTx Gain = 1, ±2 mA Range, CLOAD = 200 pF

CH1 10.0mV

W CH2 50.0mV

M100µs

200.000µs

TA = 25°C

FOHx VICTIM

MEASOUTx VICTIM

MEASOUTx

ATTACK

TRIGGER

CH2 Pk-Pk 14.38mV

CH4 5.00V

CH3 5.00V

1.80

1.75

1.70

1.65

1.60

1.55

1.50

1.45

1.40

FORCED TEMPERATURE (°C)

Figure 31. Shorted DUT AC Crosstalk, Victim PMU in FVMI Mode

(±200 μA Range)

NOMINAL SUPPLIES

±15.25V

5 DIFFERENT DEVICES

Figure 32. Temperature Sensor Voltage on MEASOUTx

vs. Forced Temperature

CH1 100mV

M2.00µs

6.0000µs

CH3 5.00V BW

CH4 5.00V BW

CH4

2.10V

SYNC

BUSY

FOH0

Figure 33. Range Change, PMU 0, ±5 μA to ±2 mA, CLOAD = 1 nF,

RLOAD = 620 kΩ, FV = 3 V

AD5522JSVDZ Datasheet(PDF) 25 Page - Analog Devices

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