Datasheet

Time(10 s/div)m
1LSB/div
5V/div
5V/div
TriggerPulse: LDAC
FromCode:0100h
ToCode:
Load:10k ||240pF
FFFFh
W
Large-SignalV
OUT
Small-SignalError
Time(10 s/div)m
1LSB/div
5V/div
5V/div
TriggerPulse: LDAC
FromCode:FFFFh
ToCode:
Load:10k ||240pF
0100h
W
Large-SignalV
OUT
Small-SignalError
Time(10 s/div)m
1LSB/div
5V/div
FromCode:4000h
ToCode:
Load:10k ||240pF
C000h
W
5V/div
TriggerPulse: LDAC
Large-SignalV
OUT
Small-SignalError
Time(10 s/div)m
1LSB/div
5V/div
FromCode:C000h
ToCode:
Load:10k ||240pF
4000h
W
5V/div
TriggerPulse: LDAC
Large-SignalV
OUT
Small-SignalError
Time(2 s/div)m
V (1mV/div)
OUT
TriggerPulse5V/div
GlitchImpulse
FromCode:7FFFh
ToCode:
Channel0asExample
8000h
Load:10k ||200pFW
Time(2 s/div)m
V (1mV/div)
OUT
GlitchImpulse
TriggerPulse5V/div
FromCode:8000h
ToCode:
Channel0asExample
7FFFh
Load:10k ||200pFW
DAC8718
www.ti.com SBAS467A –MAY 2009–REVISED DECEMBER 2009
TYPICAL CHARACTERISTICS: Unipolar (continued)
At T
A
= 25°C, AV
DD
= 32V, AV
SS
= 0V, V
REF
= 5V, IOV
DD
= DV
DD
= 5V, gain=6, and data format=USB, unless otherwise noted.
SETTLING TIME SETTLING TIME
0V TO 30V TRANSITION 30V TO 0V TRANSITION
Figure 86. Figure 87.
SETTLING TIME SETTLING TIME
1/4 TO 3/4 TRANSITION 3/4 TO 1/4 TRANSITION
Figure 88. Figure 89.
GLITCH ENERGY GLITCH ENERGY
1 LSB STEP, RISING EDGE 1 LSB STEP, FALLING EDGE
Figure 90. Figure 91.
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