IH5043CWE+ ,SPST, Normally Open, CMOS Analog SwitchFeatures
. Improved Second Source
. Guaranteed t4.5V to tliN Operation
. Input Wrltage Range Inc ..
IH5043CY ,Dual SPDT CMOS Analog SwitchIH5043TMData Sheet March 2000 File Number 3130.3Dual SPDT CMOS Analog Switch
IH5043CY ,Dual SPDT CMOS Analog SwitchFeaturesThe IH5043 analog switch uses an improved, high voltage• See HI504X for Other Functions[ /T ..
IH5043MJE ,General-Purpose CMOS Analog SwitchesFeatures
' Improvod Second Source
. Guarantood M.Slt to i18V Operation
. Input Voltage Range Inc ..
IH5044CPE ,General-purpose CMOS analog switch. Double pole, single throw (DPST)194307; Rev l; 7/92
lVI/lXIM
GoneraI-Purpose CMOS Analog Switches
00ml Description
The ..
IH5045CPE ,General-purpose CMOS analog switch. Dual, double pole, single throw (Dual DPST)Features
' Improvod Second Source
. Guarantood M.Slt to i18V Operation
. Input Voltage Range Inc ..
IR4427PBF ,Dual Low Side Driver in a 8-pin DIP packageFeaturesProduct Summary· Gate drive supply range from 6 to 20V· CMOS Schmitt-triggered inputs· Matc ..
IR4427S ,Dual Low Side Driver in a 8-lead SOIC packageFeaturesProduct Summary· Gate drive supply range from 6 to 20V· CMOS Schmitt-triggered inputs· Matc ..
IR4427STR ,Dual Low Side Driver in a 8-lead SOIC packageElectrical CharacteristicsV (V ) = 15V, T = 25°C unless otherwise specified. The V , and I paramete ..
IR4427STR ,Dual Low Side Driver in a 8-lead SOIC packageElectrical CharacteristicsV (V ) = 15V, T = 25°C unless otherwise specified. The V , and I paramete ..
IR4427STRPBF ,Dual Low Side Driver in a 8-Lead packageFeaturesProduct Summary· Gate drive supply range from 6 to 20V· CMOS Schmitt-triggered inputs· Matc ..
IR4428 ,Dual Low Side Driver, Half Inverting Input in a 8-pin DIP package Data Sheet No. PD60177 Rev. FIR4426/IR4427/IR4428(S) & (PbF)DUAL LOW SIDE DRIVER
IH5043CWE+
SPST, Normally Open, CMOS Analog Switch
19151071 Wm l 7H.”
2AlALADChAlA]
Generablpurpose GMOs Analog Switches
General Description
The |H504O family conSISts of seven CMOS analog
switches that are Intended for general-purpose applica-
ttons, These switches are latch-up proof, break-before-
make single. dual. and quad versions of the popular
switch formats SPST, SPDT, DPST, and APST Key tea-
lures of the family include a low, 1nA leakage current and
a quiescent current of less than IPA.
Max1m's IH5040 family has taster switching times than
the ongtnai manufacturer's devices. All devices are bidi-
rectlonal and maintain almost constant on resistance
throughout their operating range, These switches are
guaranteed to operate from $4.5V toi18V. and will switch
input signals that Include the supplies.
Applications
PBX, PABX
Gttldance and Control Systems
Test Equipment
Sample-and-Holds
Military Radios
Typical Operating Circuit
Features
. Improved Second Source
. Guaranteed t4.SV to t18V Operation
. Input Voltage Range Includes Supplies
t Latchup-Proof Construction
t TTL/CMOS Logic Compatible
. >1pA Quiescent Current
. Monolithic, Low-Power CMOS Design
Ordering Information
PART, 7 TEMP. RANGE PIN-PACKAGE
SINGLE POLE, SINGLE THROW (SPST)
1H504OCPE 0C to +70'C 16 Plasttc DIP 1
IHéoéggwE 7 0C to +70"C 16 was so 1
IH5040 CJE cc to +700 16 CT HDIP 1
IHSOAOC/D OCto .701: 01a:- (
IHSO4OMJE -55‘Cto rl2bC, 16 CeHDIP"
Ordering Information continued at end of data sheet.
. Contact facloty f1)! (nee spectttmnons
" Comma factory for avaiablty and p11 11:055/119 lo M/L-Slow/le.
Pin Configurations a
Switching-State Diagrams
1 1 TOP VIEW 1
1 l I V1 v,
1 1 C] l ll
1 .151, MAXIM 2 rl) 1 15 fH5040-SPST 1
1 J. .1 T IH5043 J\7 S - ---- _O/L" . n 1
i, \3 _'', "r- 16 3 tfi' OUTPUT 5
“11 “I Ti, A 15 5mg 4 _ F 1
111111013 1 C , '3__f" i _1 _14 1 J, 15V , 1
1 WW 1 15v HDtss L/T $10. 1 -"
j 4 T--- LYSTY NE 1 15 g
l 's-j,--,------ T, AN LSPGIQ 1 IN 10--C)-V-'
t 1 1L1 91» - T I Oi 1
7 -ir, (
1 - . 1
L, - 5 --e- 9 - I I 13 l 14 1
.3V2SAMPLEMODE _ h 1
(Wk HOLD MODE (N) V
1 DlP/SO
IMPROVED SAMPLE/HOLD t
USING IH5043 1
W - - v - t 1 - - -
IVl/JXI/VI Maxim Integrated Products 1
For pricing, delivery, and ordering information, please contact Maxim/Dallas Direct! at
1-888-629-4642, or visit Maxim's website at .
http://www.
I.WUQHfl/EWOSHH'UWUSHH
General-Purpose CMOS Analog Switches
V+ to V-
V+ to hr .
VD to V- I
" to vs I
VL to v, . _
VL to VINI
VL to GND
VIN to GND
Digital Inputs _
Vs or VD (Note 1) I
Current (any termInaI)
Note 1:
30mA maXImum.
flH5040-0H5045/HH5047
_(1/r-- - 15v v
I PARAMETER I SYMBOL
I IIN(ON)
Input Logic Current _-----'--
I I IINIOFF) I
Input Logic "tr, "
Input Logic High VIH
Drain-Source On Resistance I rDS(ON) I
- I ,vI
Channel-to-Channel _ I
rDS(ON) Match I A'DSIONI I
Minimum Analog- Signal
Handling Capatylity VANALOG
1 - 7,v7 - I i
I Swnch-OII Leakage Current
I lD/lS(OFr)
ABSOLUTE MAXIMUM RATINGS
I _ 30V
VIII (V++O3V)10(V+ 44V)
O3VIo(V+ +02V)
Stresses beyond {hose /eited under "Abso/ule Maxrmrsm Fianngs" may cause pem 13119111 :hurruttpt III thet dmvup
operanon of me dewce at [hose Of any other conditions beyond [hose mmcamd III me overi+ortii 501111 Ins (II mp spt'iuhrvtertrs' II: rnrt "ryn'eul I um mum II)
absolulc maximum raIIng condmons (or extended periods may afmct dcwce rehalyMy
ELECTRICAL CHARACTERISTICS
~15V. VL = 5V, TA = +250 unless otherwise noted )
ConIIIILIous Power Dissipation (TA = 4 70' C)
Plastic DIP (derate IO 53mW/C above +700) MIIIW
Wm so (derate 9 52mW/“C above +70 C) 769mW
CERDIP (derato IO OOmW/' C above +70 C) 800mW
T0100 (derate 6 67mW/ C above + JO' C) 533mW
Operating Iemperalurc Ranges
IH504_C, -
IH501l1,
Storage Temperature Range
Lead Temperature (soldcnng, 10500)
O C lo +70 C
55 C lo +12bC
(rl, C 10 I Ibo C
+300 C
Signals on S, D, and J1ptal Inputs that exceed V- or V+ will be clamped by Internal dmdus Lirrnt forward IIIIxIe (THHOIII Ito
IIII‘m' Art" :;I/1‘:;5;I.'I!Inu:. trulyr INN! I‘IIIII IIIIILII
IH504, M IH504 C
CONDITIONS I UNITS
MIN TYP MAX MIN TYP MAX I I
) TA = 25 c -l I .1 I I
VIN = 2 4V I - . ,
TA--- TMAX -10 10 -10 10 I
I I I pA
TA--- - +25 C -l I I -1 I
VIN=08V I" ----m- I
TA = TMAX -10 10 -1() 10 I
TA = TMIN to TMAX 0 8 o 8 I v
- - 7 f
TA = TMIN to TMAX 2 4 2 4 v
Is = 10mA, TA = +2510 75 80 l
VANALOG = I il _
_10VtO10V I TA=TMAX 150 I 130 I I
' I I _
3 5 I il
--_-_ - I
-15 15 15 15 I v I
- I a I I I
VAOII/ALOG; '. TA = +25 C -1 I l ‘5 b I HA
lo 10 I TA = TMAX I -100 100 I -1OO 101) I
M/le/VI
