ad386 Analog Devices, Inc., ad386 Datasheet - Page 3

• Manufacturer Part Number: ad386
• Description: True 16-bi Track-and-hold Amplifie
• Manufacturer: Analog Devices, Inc.

ANALOG DEVICES fAX-ON-DEMAND HOTLINE
REV. A
NOTES
'After 5 minute warmup at + 25"<:.
'Test conditions:
'R..OAD = 5 k!1, CLOAt) = JO pF, settling measured to 1/2 LSB at output.
'Measured at I kHz.
'Dielectric
'Specifications
SYSTEM
ITypical resistance tolerance is :t25%.
Specifications subject to change without notice.
Specifications in bold are 100% production tested.
Model
voltages betWeen tWo successive held samples.
OUTPUT
TEMPERATURE RANGE
HOLD-TO-TRACK
DIGITAL INPUTS
POWER SUPPLY
HOLD MODE
Operating
Vm
VII.
Current
Rated Performance
Operating Range
Quiescent Cun:ent
Acquisition Time" 7
Storage
Droop Rate
Droop Rate
Feedthrough5
Noise (ENBW = 1.7 MHz)
PSRR)
Dielectric Absorp£ion6
Acquisition Time'
1m
I[L
Voltage
Gain Linearity
Power Dissipa£ion
20 V Step to 1/2 LSB16
20 V Step to 1/2 LSB16
20 V Step to 1/2 LSB14
20 V Step to 1/2 LSBI4
Positive Supply
Nega£ive Supply
20 V Step to 1/2 LSB16
20 V Step to 1/2 LSB16
20 V Step to 1/2 LSBI4
20 V Step to 1/2 LSB14
10 V Step to 1/2 LSB16
10 V Step to 1/2 LSBI4
Absorption representS the magnitude of long-term settling artifacts for hold times up to 80 j..LS a s a fraction of the difference in
also apply for 10 V step.
+Vs
=
DYNAMICS
+15 V, -Vs
=
-16 V to -14 V and +Vs
-
Tma.
T",,
T mi to T max
T",, to Tm..
Tmin to Tmax
Tmin to Tmax
T mi to T ma.
Rr.oAD>3.5 k!1,
T mi to Tm..
T",;n to Tma.
TmintoTmax
T miDto T Max
Conditions
Short Circuit
Page
toT""",
= +14 V [0 +16 V, -Vs = -15 V.
60
3.5
Min
-10
-10
:::10
:::8
-6.0
-40
-60
-3-
AD386BD
6t'
3.1
3.6
4.0
3.1
3.5
0.0003
4.1
4.5
3.2
3.6
312
Typ
20
0.2
32
7
3.6
8.0
15
:::15
-SA
-99
0.0012
4.3
435
4.1
4.1
4.5
3.6
4.0
0.9
5.1
SA
3.9
Max
100
1.0
-94
50
10
3.6
+10
+10
:t 18
12.0
+85
+150
60
3.5
-10
-10
-6.0
-55
-60
Min
:::10
=8
AD386TD
20
3.6
32
66
7
3.1
3.1
4.0
8.0
0.0003
3.2
4.1
312
Typ
15
:t 15
-5.4
-99
435
3.6
4.5
0.9
0.0012
4.8
Max
100
-94
50
10
3.6
+10
+10
:t18
12.0
3.9
-H25
+150
18
AD386
,mA
mA
mA
roW
°C
°C
Vis
dB
IL V rIDS
dB
ppm
fLs
fJ-S
j..LS
fJ-S
fLS
j..LS
V
V
V
V
V
%
j.LS
j.LS
j..LS
!-lS
Units
mV/s
",A
f.lA