MAX333CPP ,Quad SPDT CMOS Analog SwitchGeneral Description
The MAX333 is a quad single-pole-double-tmow
(SPDT) analog switch. These fo ..
MAX333CWP ,Quad SPDT CMOS Analog SwitchELECTRICAL CHARACTERISTICS
hose indicated In the operational sections of the specifications is n ..
MAX333EPP ,Quad SPDT CMOS Analog SwitchIVIIJ X I lVl
Quad SPOT CMOS Analog Switch
MAX333EWP ,Quad SPDT CMOS Analog SwitchELECTRICAL CHARACTERISTICS
hose indicated In the operational sections of the specifications is n ..
MAX333EWP ,Quad SPDT CMOS Analog SwitchGeneral Description
The MAX333 is a quad single-pole-double-tmow
(SPDT) analog switch. These fo ..
MAX333EWP+ ,Quad, SPDT, CMOS Analog SwitchFeatures
. Low Cost Per Channel
. Four Independent SPDT Switches
. Break-Before-Make Switching ..
MAX700CSA ,Power-Supply Monitor with ResetFeatures
. Min 200ms RESET Pulse on Power-Up,
Power-Down, and During Low-Voltage Conditions
..
MAX700CSA ,Power-Supply Monitor with ResetELECTRICAL CHARACTERISTICS
(TA = 250, Vcc = +5V, CTL = GND on MAX700, unless otherwise noted,)
..
MAX700CSA ,Power-Supply Monitor with ResetFeatures
. Min 200ms RESET Pulse on Power-Up,
Power-Down, and During Low-Voltage Conditions
..
MAX700CSA+ ,Power-Supply Monitor with ResetFeatures● Min 200ms RESET Pulse on Power-Up, Power-The MAX700/MAX701/MAX702 are supervisory circuit ..
MAX700CSA+ ,Power-Supply Monitor with ResetElectrical Characteristics(V = +5V, CTL = GND on MAX700, T = +25°C, unless otherwise noted.)CC APAR ..
MAX700EPA ,Power-Supply Monitor with ResetGeneral Description
The MAX700/701/702 are supervisory circuits used to
monitor the power suppl ..
MAX333CPP-MAX333CWP-MAX333EPP-MAX333EWP
Quad SPDT CMOS Analog Switch
AAL/ll 2C LAM]
Quad SPDT CMOS Analog Switch
- General Description
The MAX333 is a ‘quad single- pole- double- throw
(SPDT) analog switch. These four independent
switches can be operated with bipolar power supplies
ranging from 15V to t18V, or single-ended power
supplies of +1OV to +30V.
The MAX333 has break-before-make switching, (200ns
typical), a maximum turn-off tIme of 500ns. and a
maximum turn-on time of 1000ns
The MAX333 Is ideal for portable operation since
quiescent current is only 250pA maximum with all
inputs high. and less WIth all inputs low.
Logic Inputs are fully TTL and CMOS compatible and
guaranteed over a H), 8V to Cl. 4V range, regardless of
supply voltage. Logic inputs and switched analog
signals can range anywhere between the supply volt-
ages without damage. The MAX333 is a Iow- cost
replacement for a DG211/DG212 pair when used as a
quad SPDT switch.
Applications
Winchester Disk Drives
Test Equipment
Communications Systems
PBX. PABX
Head up Displays
Portable Instruments
- _ Pin Configuration
l TOP VIEW l
l IN1 "Hr, (V-i-as 1N4 l
I d I I l
N01 EH I I -E N04
vl (,,-f"
com L----,,] I171"; com
I NCI trc-_-fs-_-r-or" E] NC4
- zvmxvm -
V cc MAX333 -% V'
GND E1 E] N.C,
ch LITTI Il'-. NC3
c0M2 ELY: , i i - 13 com
IAI _ _
N02 'J) I I 12 N03
IN2 Lt-tr-o L+E IN3
SWITCHES ARE SHOWN WITH
LOGICAL 0 INPUT
- a . E _ Features
. Low Cost Per Channel
. Four Independent SPDT Switches
. Break-Before-Make Switching
. Guaranteed '5V to L18V Operation
. Guaranteed +10V to +3OV Operation (Single
Supply)
. No Separate Logic Supply Required
. CMOS and TTL Logic Compatible
. Monolithic, Low Power CMOS Design
-- -__- -___- Ordering Information
_iP/ga:_ TEMP; RANGE - - PACKAGE _1
l MAX33BCPP 0”C to I_70°C 20 Lead Plastic DIP I
l_III1Ax333c D - 07C 0 ~70 Tzr" Dice _
#AxtisaEPP - 40 c ll iyssCrs" oggauPIgnc DIP_
MAX333MJP -55"C to ~125'_' C 20 _Lead CERDIP
WAX§33CWP occ to- _/0'C 20 Lead Wide so
EEBEWL; AO‘C to 85°C _2f Lead VIIIdgso _ J
"__-_-" Typical Operating Circuit
INPUTS i- - - - OUTPUTS
VI 1T0 VI-Ve
IN --2
FLYING CAPACITOR
LEVEL TRANSLATOR
(2-CHANNEL)
lVl/lXI/Vl -
‘Maxim Integrated Products 1
Call toll free " 800-998-8800 for free samples or literature.
85'8wi
MAX333
Quad SPDT CMOS Analog Switch
ABSOLUTE MAXIMUM RATINGS
V‘ to V' _-..rwrtrrrrr.tt..r.tF..r..______wr..._._F. 36V Storage Temperature w-......--. -65ot2 to +150°C
V,N, Vcow VN0 or VNC ......................... V" to V' Power Dissipation (Note 1)
M, - NC ....................................... 32V 20 Pin CERDIP (Note 2) ..................... 900mW
V' to Ground ...................................... 30V 20 Pin Plastic DIP (Note 3) ................... 600mW
V" to Ground wrt....'......'..'.....'.'........' -30V 20 Pin Small Outline (WE) (Note 4) ........... 800mW
Current. Any Terminal Except Vcow VNO, or VNC .. 30mA Note 1: Device mounted with all leads soldered to PC board,
Continuous Current, Vcow VNO or VNC ........... 20mA Note 2: Derate 11.1mW/°C above 70'C
Peak Current, Vcorw VNO or NC Note 3: Derate 8mW/°C above 70°C.
(Pulsed at 1msec, 10% duty cycle max) '._.t.re.r 70mA Note 4: Derate 10mW/°C above 70°C.
Stresses above those Irsted undel "Absolute Maximum Rahngs” may cause permanent damage to the devrce. These are stress ratings only, and
functional operation 0/ the dewce at these or any other conditions above those Indicated tr the operallonal sections of the specrlscarions IS not
Implied Exposure to absolute maxrmum ratings conditions for extended pertods may affect dewcs reliabmvy.
ELECTRICAL CHARACTERISTICS
(GND 7 0V. v' = +15V. V" = -15V. T, : +25°C. unless otherwise indicated)
LIMITS
PARAMETER SYMBOL TEST CONDITIONS MIN Typ MAX UNITS
(Note 5) (Note 6)
su/my a
Posmve SuppleruTent i I' I i OTB a $5 fl mA j
Supply (rat%GarTe- I V'/V' tDual Supply: N'; , / 15 I - Tus :Vl
Sug-Iy Voltage Range v' Single Supply; V' -, GND +10 Tar" k
Negative Supply Current l" I (E - (li1, FLAC'
L_LOGIC INPUT - -
Input Voltage Low vIL f V‘ -asT v
'Llnput Voltage High 1 Vo., 2.4 v' _ VJ
[Llnput Current 4;, I,N Vo: V. V' -10 0,0001 +10 PA
t SWITCH
FAnaiog Signal Range VANA V' V' V 1
TON Circuit Resistance RON Vim = It),.; e,: = lg: 13‘: 1;: 2 1
:5 Circuit Leakage Current ION; 't: : :23 x3: : cg " 312 l' 'ld
OFF Circuit Leakage Current IOFF V22: : :22; x8: , 3% F fl 3312 " i :2
DYNAMIC - A
Emit! Time tor; (See Switching Time Test Circuit) 50 500 x_id
Tum) Time toN .460 10.34% ns
Break-before-make Time top“ I I 50 200 l A i
on Ferec_irance Cor; vANA ' ov T" 5 _ pF
oncapri CON VA~A=$ ---- 5 ICE!
Off Isolation OIRR (l: 1"in2.33| = 750 72 dB l
ANA _ ms - -l_, -[_,
L_Cross,ta|k CCRR l 78 dB 1
Note 5: The algebraic convention whereby the most negative value is a minimum, and the most positive IS a maximum. IS used
m thus data sheet
Note 6: Typical values are for DESIGN AID ONLY, not guaranteed nor subject to production testing.
IVI l] X I IV]
