MUX16-FT ,16-Channel/Dual 8-Channel JFET Analog Multiplexers(Overvoltage Protected)CHARACTERISTICS at Vs =
i15V and TA = 25°C, unless otherwise notéd.
MUX-16A/E MUX-16B/F
MUX- ..
MUX28ET ,16-Channel/Dual 8-Channel JFET Analog Multiplexers(Overvoltage Protected)GENERAL DESCRIPTION
. JFET Switches Rather Than CMOS The MUX-16 is a monolithic 16-ohannel analo ..
MUX28FT ,16-Channel/Dual 8-Channel JFET Analog Multiplexers(Overvoltage Protected)ANALOG Iii-Channel/hal 8-Ohannel JFET
DEVICES Analog Multiplexers (Overvoltage Protected)
Milli ..
MV104 ,Silicon Tuning DiodeELECTRICAL CHARACTERISTICS (T = 25°C unless otherwise noted) (EACH DIODE)ACharacteristic Symbol Min ..
MV209 ,Silicon Epicap Diode3MMBV109LT1, MV209SOLDER STENCIL GUIDELINESPrior to placing surface mount components onto a printed ..
MV209 ,Silicon Epicap Diode2I , REVERSE CURRENT (nA) C , CAPACITANCE - pFTRQ, FIGURE OF MERITC , DIODE CAPACITANCE (NORMALIZED ..
NC7WP14P6X ,TinyLogic ULP Inverter with Schmitt Trigger Inputsapplications where battery life is criti-
MUX16E-T-MUX16FT-MUX16-FT-MUX28ET-MUX28FT
16-Channel/Dual 8-Channel JFET Analog Multiplexers(Overvoltage Protected)
ANALOG
16-Channel/Dual 8-Channel JFET
DEVICES Analog Multiplexers (Overvoltage Protected)
MUX-i 6/lVlUX-28
FEATURES
JFET Switches Rather Than CMOS
Highly Reslstant To Static Discharge Damage
No SCR Latch-up Problems
Low "ON" Reslstance - 2900Typlcal
Low Leakage Current
Dlgltal Inputs Compatible With TTL and CMOS
Break-Betore-Make Action
125°C Temperature-Tested che Available
Overvoltage Protected
Supply Loss Protectlon
MUX-16 Pin Compatible Wlth D6506, HI-SOGA, ADTSOS
MUX-28 Pin Compatible With 06507, Hi-507A, A0750
Available In Die Form
ORDERING'INFORMATIONt
PACKAGE
OPERATING
arc CERDIP Lcc PLASTIC TEMPERATURE
RESISTANCE ZB-PIN 2tMXWTACT 28-PIN RANGE
290:2 MUX16AT' - - MIL
2909 MUX16ET - - IND
400ft MUX16BT* MUX168TC/883 - MIL
40m MUX16FT - MUX16FP XIND
4009 - - MUX16FPC XlND
2909 MUX28AT' - - MIL
2909 MUX28ET - - IND
400:2 MUX28BT* MUX288TC/883 - ML
4009 MUX28FT - MUX28FP XIND
4009 - - MUX28FPC XIND
. For devices processed in total compliance to MIL-STD-883, add /883 after part
number. Consult factory for 883 data sheet.
t Burn-in is available on commercial and industrial temperature range parts in
CerDlP, plastic DIP, and TO-can packages.
FUNCTIONAL DIAG RAMS
MUX-t6
10F 15 DECODEHS
DRAIN sg 310 511 Ste s13 514 ses sos
REV. A
Information furnished by Analog Devices is believed to be accurate and
reliable. However, no responsibility is assumed by Analog Devices far its
use, nor for any infringements of patents or other rights of third parties
which may result from its use, No license Is granted by implication or
otherwise under any patent or patent rights of Analog Devices.
GENERAL DESCRIPTION
The MUX-16 is a monolithic 16-channel analog multiplexer
which connects a single output to 1 of the 16 analog inputs
depending upon the state of a 4-bit binary address. Discon-
nection of the output is provided by a logical "O" at the
ENABLE input, thereby providing a package selection
function.
The MUX-28 is a monolithic 8-channei differential analog
multiplexer configured in a double pole, 8-position (plus
OFF) electronic switch array. A 3-bit binary input address
connects a pair of. independent analog inputs from each
8-channel input section to the corresponding pair of Inde-
pendent analog outputs. Disconnection of both inputs is
provided by a logical "O'' at the ENABLE Input, thereby offer-
ing a package select function. -
Fabricated with Precision Monolithics' high performance
Bipolar-JFET technology, these devices offer low, constant
"ON" resistance. Performance advantages include low leak-
age currents and fast settling time with low crosstalk to
satisfy a wlde variety of applications. These multiplexers do
not suffer from latch-up or static discharge blow-out prob-
lems associated with similar CMOS parts. The digital inputs
are designed to operate from both TTL and CMOS levels
while always providing a definite break-before-make action
without the need for external puII-up resistors. For single
8-channel and dual 4-channel models, refer to the
MUX-08/MUX-24 data sheet.
M UX-28
DRAINA 31A SZA S3A SSA SSA 36A 57A 58A
1 OF 8 DECODERS
URA'NB SIS 323 533 545 553 568 57a Sis
One Technology Way, PO. Box 9106, Norwood, MA 02062-9106, U.S.A.
Tel: 617/329-4700 Fax: 617/326-8703 wa: 710/394-6577
Telex: 924491 Cable: ANALOG NORWOODMASS
Ml0i-1MlW-28
PIN CONNECTIONS & TRUTH TABLES
v; t . E mum " g " DRAINA
NC. a E v- Drums 2 Iii' Y-
NC. is. Eil so N.c. [E m MA
:1: a f) :2 28-PIN PLASTIC DIP 'll', ff 2 MU5G16BTC/883
5.. n ca " (P-Suffix) m CE m MA LCC
513 MUX-16 E 54 MB , M x.2 [a su C-Suffix
$H2 u Fl s, "tll offinialP m E ll 8 m w (T PLCC l
Stt n E " - U X sat, LC m 52A .
510 m E St 523 LE :13 31A (PC-Suffix)
" u E ENABLE SIB [E ENABLE
GND In E M GND CE " An
N.c. III E At N.c. LE (ii A1
" " E " N.C. CE In A2
MUX-16 MUX-28
"ON'' "ON" "ON" 2 l
As A2 A, A0 EN CHANNEL A, A A, A, EN CHANNEL A, A, A, EN CHANNEL 'll g: g t f, /, g
x x x x L NONE H L L L H 9 PAIR IIIIIIEJ m
X X X L NONE
L L L L H 1 H L L H H 10 L L L H 1 MUX-28BTC/883
LLLHH 2 HLHLH 11 LLHH 2 LCC'
L L H L H a H L H H H 12 L H L H a (TC-Suffix)
LLHHH 4 HHLLH 13 LHHH 4 PLCC
L H L L H 5 H H L H _H 14 (PC-Suffix)
H L L H 5
L H L H H 6 H H H L H 15
H L H H 6
L H H L H 7 H H H H H 16
H H L H T
L H H H H 8
H H H H 8
ABSOLUTE MAXIMUM RATINGS (Note 1)
Operating Temperature Range, Maximum Current Through Any Pin ............................... 25mA
MUX-16/28-AT, BT, BTC ........................... -55t to +125°C PACKAGE TYPE 8“ (Note 2) h: UMTS
MUX-16/28-ET ............................................. -25°C to +85°C
MUX-16/28 FP, FPC, FT ............................. 0°C to +85°C 28-PinHermeticDll 55 15 'C/W
Junction Temperature FP .............................. -65''C to +150°C 28-PIn Plastic DIP (P) 56 30 tNI
Storage Temperature Rajnge ........................ -65t to +150°C 2843miaclLCC (T C) 86 35 ''CAV
Lead Temperature (Soldering, 60 sec) TFF. ................... 300°C 28-Contact PLCC (PC) 70 33 “CIW
Maximum Junction Temperature ....... .... 150°C NOTES:
V+ Supply to V-- Supply .................................................. 36V l. Ratings apply tD both DICE and patAaged parts, unless othetwise noted.
. - 2. e. is specified for worst case mounting conditions, i.e., e. is specified for
'it,'ft Input Voltage ........................... (V or --410 to V+ Supply decice in socket for CerDlP, P-DIP, and LCC packages; at is speelfted for
na og Input Voltage ------- V-- Supply -20V to V+ Supply +20V device soldered to printed circuit board for PLCC package,
ELECTRICAL CHARACTERISTICS at Vs-- - +15V and TA--
25°C unless otherwise noted.
MUX-16A/E MUX-16B/F
MUX-28A/E MUX-28B/F
PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX UNITS
"ON" Resistance RON vs< 10v, ISS 200yA - 290 380 - 400 580 n
ARON With Applied Voltage ARON >10v s vs S10V, Is-- 200yA - 15 5 - 1.5 5 %
RON Match Between Switches RON Match VS = OV, ls - 20OA - 7 15 - 9 20 %
+10 + 11 - +10 +11 _
Analog Voltage Range VA Note ti) -10 -15 - -10 -15 - V
Source Current (Switch “OFF"1 s (OFF; Vs -10V, VD = -10V (Note 1) - 0.01 1 - 0.01 2 nA
. . tf " - _ MUX-16 - " 1 - 0.2 2
Drain Current Switch OFF 1 D (OFFy VS =10V, VD - 10V(Notel) MUX-28 _ 0,1 1 _ 0.1 2 nA
_ .. " ID1ON> MUX-16 - 0.2 1 - 0.2 2
Leakage Current ISWItCh ON 1 HS LON) l/r- 10V Note11 MUX-28 E 0.1 1 _ 0,1 2 nA
Digital Input Current lo, VN =0. 4V to, 15V - 1 10 - 1 10 PA
--2-- REV. A
Mlll(-l B/MUX-ZB
ELECTRICAL CHARACTERISTICS at Vs = s15V and T, = +25°C, unless otherwise noted. Continued
MUX-16A/E MUX-16B/F
_ MUX-28A/E MUX-28B/F
PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX UNITS
Digital "tP Enable Current %. (EN) VEN = 0.4V - 4 10 - 4 10 WA
Digital Input Capacitance CDIG - 3 - 3 - pF
_ _ t (Notes 2,5) Figural - 1.4 2.0 - 1,8 2.5
Switching Time (‘TRAN’ tPLH (Test Circuits) - 1.2 1.8 - 1.6 2.2 “5
10V Step to 0.10% - 2.6 - - 2.7 -
Output Settling Time is 10V Step to 0.05% - 3.2 - - 3.4 - Its
10V Step to 0.02% - 4.0 - - 7.2 -
Break-Before-Make Delay tDPEN Figure 3 - 0.7 - - 1 - us
" " (Note 5) Figure 2 - -
Enable Delay ON to" (EN) (Test Circuits) 1 2 1.2 2.5 as
" . (Note 5) Figure 2 MUX-16 - 0.25 0.5 - 0.25 0.5
Enable Delay OFF tor, (EN) (Test Circuits) MUX-28 - 0.25 0.5 - 0.25 0.6 ws
" " . (Note 4) Figure 4 _ _ -. -
OFF Isolation ISOOFF (Test Circuits) 66 66 dB
(Note 3) Figure 5 - - - -
Crosstalk CT (Test Circuits) 75 75 dB
. Switch "OFF,''
Source Capacitance CS (OFF) Vs = 0V, VD = 0V - 2.5 - - 2.5 - pF
. . Switch "OFF,'' MUX-16 - 13 - - 13 - E
Drain Capacitance Cr: (OFF) Vs = ov, vD = 0V MUX-28 - 8 - - 8 _ pl
Input to Output Capacitance Cos (OFF) (Note 4) - 0.15 - - 0.15 - pF
Positive Supply Current V+ = 15V MUX-16 - 15 19 - 9 19
. . MUX-28 - 15 19 - 8 19
(All Digital Inputs I+ MUX-16 _ 12 - _ 8 - mA
Logic "0" or '1 ") V+ = 5V MUX-28 - 12 _ - 7 -
Negative Supply Current v- = --15V 'ftt2 . g , . 'i' ,
(All Digital Inputs l- MUX-16 _ 4 - - a - mA
Logic "0" or '1") v- = -4N
MUX-28 - 4 - - 2.5 -
NOTES: 4. "OFF" isolation is measured by driving channel 8 (EB) with ALL channels OFF.
1. Conditions applied to leakage tests insure worst case leakages. RL =1kn,CL =10pF,Vs = 5V RMS, f ' 500kHz. CBS is computed from the OFF
2. F1L = 10MQ, CL = 10pF. isolation measurement.
3. Crosstalk is measured by driving channel 8 (8B*) with channel 7 (78') ON. 5. Sample tested.
RL = 1M0, CL = 10pF, Vs = 5V HMS, f = 500kHz. 6. Guaranteed by leakage current and Ho N tests.
ELECTRICAL CHARACTERISTICS at VS = t15V, -55''C s TA s +1 25°C for MUX-16AT/BT/BTC and MUX-28AT/BT/BTC; -25"C
s T, s +85°C for MUX-16ET and MUX-28ET; --4ty'C s T, s +85°Cfor MUX-16 FT/FP/FPC and MUX-28FT/FP/FPC. unless otherwise
noted.
MUX-16A/E MUX-1GB/F
MUX-28A/E MUX-28B/F
PARAMETER SYMBOL CONDITIONS MIN TYP MAX MIN TYP MAX UNITS
"ON" Resistance RON VS f IO, lS G 200M - - 500 - - 800 n
AR0 N With Applied Voltage ARON -10V s Vs s10V, IS = 2000A - 2 - - 5.5 - %
RON Match Between Switches RON Match Vs = 0V, IS = 200WA - 10 - - 15 - %
Analog Voltage Range VA (Note 6) ll' lil . If] Il . V
Source Current (Sveitch"OFF'') ls (OFF) VS = 10V, VD = -10V(Note 1) - - 25 - - 50 nA
Drain Current (Switch 'OFF') ID (OFF) Vs = 10V, VD = -10V(Note 1) _ - 75 - - 250 nA
"tlie/tr,','" Itil, VD = 10V (Note 1) - - 75 - - 250 nA
Digital "1" Input Voltage V.NH (Note 6) 2 - - 2 - - V
Digital "0" Input Voltage V.NL (Note 6) - - 0.7 - - 0.7 V
Digital Input Current IIN VIN = 0.4V to 15V - - 20 - - 20 WA
Digital '0" Enable Current IINL (EN) VEN = 0.4V - - 20 - _ 20 WA
Positive Supply Current " All Digital Inputs Logic "Y or "1 " - - 24 - - 24 mA
Negative Supply Current l- All Digital Inputs Logic 'O' or "1 " - - 8.2 - - 8.2 mA
REV. A - 3 -
MUX-I 6/MUX-28
“NUlUlh-l
DICE CHARACTERISTICS (125°C TESTED DICE AVAILABLE)
MUX-16
(2.794 X 1.930 mm, 5392 sq. mm)
. POSITIVE SUPPLY
. sounca1e(s1s)
. SOURCE 15(515)
. SOURCE " (S14)
. sounce1us13)
. SOURCE 12 (512)
. sounca 11 (s11)
SOURCE 10 (S10)
SOURCE 9 (SS)
GROUND
ADDRESS arr 3 (A3)
ADDRESS BIT 2 (A2)
ADDRESS an 1 (A1)
ADDRESS BIT 0 (A0) 1
ENABLE 2
SOURCE 1 (s1) 4
. SOURCE 2 (S2) 5
' SOURCE 3 (53) 6
. SOURCE a (M) 7
. SOURCE 5 (SS) a
. SOURCE s (S6) g
. SOURCE (ST) 10
. souncss (S8) "
. NEGATIVE SUPPLY (SUBSTRATE) 12.
. mum "
M UX-28
DIE SIZE 0.110 X 0.076 inch, 8360 sq. mils
. posmv: SUPPLY
. DRAIN B
. SOURCE a ($33)
. SOURCE 7 ($13)
. SOURCE a (sea)
. SOURCE s (s53)
. sounc: 4 (343)
. SOURCE a ($39)
. SOURCE 2 ($23)
. SOURCE 1 (S18)
GROUND
. ADDRESS BIT 2 (A2)
. ADDRESS BIT1 (A1)
. ADDRESS BIT 0 (A0)
. ENABLE
. SOURCE‘I (51A)
. SOURCE 2 (SZA)
. SOURCE 3 (83A)
. SOURCE 4 (54A)
. SOURCE 5 (SSA)
. SOURCE 6 MN
. SOURCE 7 tttrN
. SOURCE 8 (SBA)
. NEGATIVE SUPPLY (SUBSTRATE)
. DRAIN A
WAFER TEST LIMITS at V+ =15V. V-=-15V,TA= 25° C for MUX-16/28 N and G, TA: 125°C for MUX-16/28 NT and GT, unless
otherwise noted.
MUX-16/ MUX-16/ MUX-16/ MUX-16/
MUX-28NT MUX-28N MUX-28GT MUX-28G
PARAMETER SYMBOL CONDITIONS LIMIT LIMIT LIMIT LIMIT UNITS
"ON'' R _ t n R vs = ov, 540 380 800 580 fl MAX
eSIS a ce ON ls = 200PA
Digital"1"lnputVoltage VINH 2 2 2 2 V MIN
Digital "O" Input Voltage VINL 0.8 0.8 0.8 0.8 V MAX
Digital "O'' Input Current 'INL VIN = 0.4V 20 1O 20 10 MA MAX
Digital "0" Enable Current IINL(EN1 VEN- 0.4V 20 1O 20 10 MA MAX
Positive Supply Current I
(All Digital Inputs Logic "O"! IT 24 19 24 19 mA MAX
Negative Supply Current
All Digital Inputs Logic "O"! l- 8.2 7 8.2 7 mA MAX
Analog Input Range VA (Note 2) t10 :10 $10 t10 V MIN
Electrical tests are performed at water probe lo the limits shown. Due to variations in assembly methods and normal yield loss, yield after packaging is not
guaranteed for standard product dice. Consult factory to negotiate specifications based on dice lot qualification through sample lot assembly and Iestlng.
TYPICAL ELECTRICAL CHARACTERISTICS atV+--15V,V--- -15V and TA: 25°C for MUX-16/28 N and G, TA-- 125°C
for MUX-16/28 NT and GT, unless otherwise noted.
M UX-16/ MUX-16/ M UX-16/ M UX-16/
MUX-28NT MUX-28N MUX-28GT MUX-28G
PARAMETER SYMBOL CONDITIONS TYPICAL TYPICAL TYPICAL TYPICAL UNITS
. . _ tPHL , . 2 1 2.6 1.5
Switching Time ”TRAN,’ ‘PLH (Ntote1)Figurcl 1.8 0.9 2.4 1.4 M5
Output Settling Time ts 10V Step to 0.1% (Note 1) 2.5 1.5 2.9 1.9 ps
Break-Before-Make Delay tOpEN (Note l! Figure 3 (Test Circuits; 0.8 0.8 1 1 14s
Crosstalk CT (Note l') Figure 5 (Test Circuits) 70 70 70 70 "
ARON With Applied Voltages ARON -10V s VSS1OV, ls = 200PA 1.5 1.5 1.5 1.5 %
Leakage Curreru(Switch"ON") 'D:ON1 Voc-lov/el) 20 0.2 20 0.2 nA
l v t 2 +11 +11 +11 -ll V
Ana og Input Range A (Note , -15 -15 -15 -15
NOTES:
1. The data shown is extrapolated from measurements made on the 2. Guaranteed by RON and leakage current tests.
packaged devices.
-4- REV. A
hdlll(-16/lgl0(-28
TYPICAL PERFORMANCE CHARACTERISTICS (apply to all grades, unless otherwise noted.)
RON (51)
RON (m
SWITCH LEAKAGE CURRENT (nA)
"ON" RESISTANCE (RON)
vs ANALOG VOLTAGE (Val
ls = *ZOOFA MUX-IS/ZB B. F
ls " +200yA MUX-16/28 A, E
( - +1sv
v- = -15V
TA : 2S'C
-10 -6 --2 0 7 6 10
VA (vows)
RON " TEMPERATURE (T)
v+ = +15V MUX»16/28 B,F
V- 2 -15v
500 TA = 25''C
MUX-16/28 A,E
-60 --20 0 20 60 100 140
TEMPERATURE CC)
SWITCH LEAKAGE CURRENTS
" TEMPERATURE
mo v+=+15v --,
V----t5if - _
|D(ON) ,
|s(ON)
ID(0FF)
I (OFF)
-50 -25 0 25 50 75 100 125
TEMPERATURE (''C)
REV. A
RON (m
SWITCH LEAKAGE CURRENT (HA)
‘8 (mA)
RON " SWITCH VOLTAGE (V5.3)
v+= +15v
v--- -15V
TA=25°C
MUX-16/28 B, F
MUX-16/28 A. E
-800 --400 0 400 MO
VSD (mV)
MUX-16 SWITCH LEAKAGE
CURRENTS " ANALOG
INPUT VOLTAGE (VA)
V. I +15V
If-s -tShf
TA: 25''C
In (OFF)
ls (OFF)
10 (ON)
-1s -ttt " tt 5 " IS 20
VA (VOLTS)
SUPPLY CURRENTS "
TEMPERATURE m
V4 = +15V
V- = 45V
MUX-16/28 A,E
MUX- BIRB B,F
MUXA6/28 A,F
MUX-18/28 B,F
-60 -20 o 20 60 100 HO
TEMPERATURE (°C)
ROM (:2)
SWITCH LEAKAGE CURRENT (HA)
CAPACITANCE (pF)
RON vs SWITCH CURRENT (Is)
v+=+15v
v--- -15V
TA _ 25°C
Mux'16/2a B, F
MUX-16/28 A. E
-2000 - 1000 0
Is (MA)
1000 2000
MUX-28 SWITCH LEAKAGE
CURRENTS vs ANALOG
INPUT VOLTAGE ou)
= +15v~~~
= -15V
= 25%:
Is(OFF)
-15 -10 -5 o 5 " 15 20
ANALOG INPUT VOLTAGE (VA)
SWITCH CAPACITAN CES "
ANALOG INPUT VOLTAGE (VA)
V4 = +15V
If-. - -15V
TA = 25°C
I CD(ON)
MUX-16
CD(OFF)
MUX-16
mux-za
CD(OFF)
CsioFF)
-10 M -ti -4 -2 0 2 4 G 8 10
ANALOG INPUY VOLTAGE (VA)
