HOS-050_15 Datasheet, PDF (3/7 Pages) Analog Devices – FAST SETTLING VIDEO OPERATIONAL AMPLIFIERS

a'-' . .u.. ...u...". -...- - --- ^__m...__-
Parameter
Conditions
---- ---
Min
Typ
Max
---- -.---
Min
Typ
Max
-- ---
Min
Typ
Max
Units
Soninverung Bandwidth. - 3dB A5;R1",5OO!!;
:continued,
R"H = 2000!!; loolL !ooOIL
or 2000!!loadllOpF
capacitance
5-voll popoutput
-voll popoutput
2-voll popoutput
I-coil POpoutput
15
*
30
*
O
*
40
'
*
MHz
*
MHz
'
MHz
*
,\1Hz
Full Power Bandwulth
Output = ': 5Y; A - - I;
(- 3dBI
R, = 100!!
20
*
SettlingTIme toO,l°o
A--I.R"I,-R'H-SOO!!
Inverting
V',,{,- ,:SY
100
,SeeFigure51
Somnverting
-^{Y,,{,, -,:2,SV'}
A 2; R"I' - R"H - SOO!!
80
'_.
'
MHz
.
*
ns
ns
Harmonic DistortIOn
(SeeFigure 91
Noninverting Harmomc
DIStortion (SeeFigure 101
. _PowerSupply
O^Vollage
. _Vollage
Current
B _{Power Consumption}
Power Dissipation
S _{Temperature Range}
O ^{Operating (Case)}
. _Storage
L Meantime Between Failures
(MTBF)
E _{Package Option2}
TE ^TO-8(H-12A)
Max Load capacitance - 7SpF
Y<HI = :=SV
V"n = ': 2,SV
A = - I; Load - lOoo!!
Signal = MHz; 2Y output
A= 2;R"" = RFH = 1O00!1;
Load = lOOOI!;
Signal = MHz; 2Y output
Rated performance
Operating range
Quiescent
Quiescent
(See Figure 2 for
Derating Information)
MIL-HNBK 2]7; Ground;
Fixed; Case = 70"C
2oo
*
135
*
-63
*
- 59
*
:=15
*
:=]2
:=18 ^*
*
:=20 :=25
*
*
0,6
*
1.25
*
- 55
+ 125 ^*
*
- 65
+ ]50 ^*
*
6,27
x 10"
HOS-050
HOS-050A
*
*
'
*
*
*
*
- 25
*
ns
ns
dB
dB
" de
,' de
*
mA
W
*
W
- 85 C
C
Hours
HOS-OSOC
NOTES
'SpeClfi<a!lon same as HOS-O50
'Spc<lfi<a!lon for Inverting Mode unlcsso{herwlSe nolcd,
'See Seerion 16 for pa<kage ou!line information,
Individual so<oke!assemhlies (one pcr pm) arc availahle from AMPas pari numher 6-3.\OKOK-O,
Spc<ifi<:a!lonssuhied to <hange without notl<C,
.
PIN DESIGNA nONS
PINS
1
2
3_.
5
6
7
8
9
10
11
12
FUNCTION
+v
GROUND
OFFSETADJ'
OFFSETADJ'
-INPUT
+ INPUT
NC
GROUND
-v
-v
OUTPlJT
+v
'PINS FOR CONNECTING OPTIONAL
OFFSET POTENTIOMETER, RECOMMENDED
VALUE IS IOk OHMS. WITH CENTER ARM
CONNECTED TO +15V,
QPERATIONALAMPLIFIERS 2-247