DG211CSE

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Quad SPST CMOS Analog Switches The MAX331, DG201A and 0G211 are normally @ Improved 2nd Source! (See pages 3 and 5 b closed, quad single-pole-single-throw (SPST) analog for “MAXIM Advantage™”) x switches. These CMOS switches can be continuously + + i Sperated with power supplies ranging from +4.5V to ‘Guaranteed +4.5V to +18V Operation 2) +18V. Maxim guarantees that these switches will not @ No V; Supply Required rx) latch-up if the power supplies are disconnected with -Latching wi . input signals still connected . on La Sele Present Turned-off NS All three devices have guaranteed break-before- make switching, The MAX331 and DG2OIA differ @ CMOSand TTL Logic Compatible Q with the DG211 primarily in switching speeds. The @ Monolithic, Low Power CMOS Design 9 MAX331 and DG201A have a maximum turn-off time - rx) of 450ns and a maximum turn-on time of 600ns. The 3 DG211 has a maximum turn-off time of 500ns and a i mati maximum turn-on time of 1000ns. —_—_—_—_——_ Ordering Information > Compared to the original manufacturer's products, [pant =< TEMRRANGE ~—~RACKAGE Maxim's DG201A and DG211 consume significantly [age “sere «ios elena CERO | ~ lower power, making them better suited for portable MAXS31MJE 85°C 10 +125°C Lead CEROIP | lw] applications, By specifying the MAX331, the customer OG201AAK 55°C 10 125°C __16 Lead CERDIP 9 is guaranteed low power consumption units. Maxim | ogzoraBk _-25°C 10 85°C —1SLead CERDIP |S AD has also eliminated the need for the third (V\\) power, =O supply that is required for the operation of the origi- DG201ACK OC to+70°C _—16 Lead CERDIP ~ nal manufacturer's DG211 DG201ACI OC t0*70°C 16 Lead Plastic DIP =~

5 A °C to +70" atin

—— — DG201C/0 OCto 70°C Dice Winchester Disk Drives DG211CJ 0°C to +70°C 16 Leac Plastic DIP. Test Equipment DG2t1CSE O'S to 170°C 16 Lead Small Outline Communications Systems [Dare oto 70°C (ice S=C@ PBX, PABX ~ Guidance and Control Systems a ___.__ Pin Configuration Head up Displays Military Radios - | Top View | a wo []1N2 | iia [is}o2 an Siz] maxim fia)sy j . " VCE] MAX331 FS) v* [SUBSTRATE] weg be ine | snore] 052018 Fines 7 po peace PO ce] 062” rss MAXSST Your lea {70} 03 cy fis) pe] 262014 FA = Na CE [a)IN3 a a ave. mae a am LoGic ‘SWITCH 0 ON

1 OFF

Programmable Gain Amplifier Note: * Pin 12 can be left open or connected to a logic supply Note: * Pins 1, 8, 9 and 16 are logic control inputs voltage MAXIMA Main integrated Products 1 Call toll free 1-800-998-8800 for free samples or literature.

Quad SPST CMOS Analog Switches T= ABSOLUTE MAXIMUM RATINGS (DG211) Vy to Ground 2.2... eee eee eee eee e reece es “OSV, 25V Power Dissipation (Note 1) XN Vs OF Vg tO Vo. e eee cece eet e eee eer seer seeseseeeees 0, 40V 16 Pin Small Outline (SE) (Note 3) settee 400mW Qo veto Ground 020 IT -25v Note ts Device mounted with all leads soldered to PC board ee Current, Any Terminal Except S or 2000000 0002000002. s0ma ben IC above -254 ° Continuous Current, S or D seeeeee ceseee cesses 2OMA Note 2: Derate 6.5mW/°C above +25°C Peak Current, S or D Note 3: Derate 7mW/°C above +25°C. WU utsed at imsec. 10% duty cycle max) ec esseyssess TOMA ©] siesses sistoa under “Absolute Maximum Ratings” may be applied (one at a time} to devices without resulting in permanent damage. Theso avo stress QQ aichinried Erpowure to atvotute maximum ratings conditions for oxtonded periods may atect Gevice reba ELECTRICAL CHARACTERISTICS (DG211) (v] (V* = +15V. V> = -15V, GND = OV, T, = +25°C, unless otherwise noted) [yy - . LIMITS. < PARAMETER ‘SYMBOL TEST CONDITIONS MIN TYP MAX | UNITS (Note 4) (Note 5) < ‘Analog Signal Range os es bw = Drar-Souee ON Resistance Wo" 0 Vy 2 O8V.Ig= 1A es fe Source OFF Leakage Current Igcm | Yv=2av Ws 4M Mos 14 O08 50 Fe Vg * -14V, Vp = 14V 50 0.02 2 -— , ee | 2 | Drain OFF Leakage Current lojom | Vin = 24¥. Vs = 14¥. Vo * “14V 9.01 50 nA Drain ON Leakage Current lo Vg = Vo = 14V. Vin = 0.8V OF 50 (Note 6) Ve =Vo = 14V, Vy = 0.8V 60-015 | Input Gurrent with input te LYINe24¥ _-10__-0.0004 _ | 5 | votase High VarV 2.003 io uA BF roucureniwim not | aa vg ne oot Voltage Low Nit Vin = OV 10 a Tum-ON Time ta Sez Switching Time 3601000 vumore tot Test Cireut 360 =500+| ss urmrOFF Time tone Ve = 2M, Ry = 1k81, C, = SSF 450 g ‘Source OFF Capacitance Cs join | Vg = OV. Vin = SV. = 1MHZ 5 | Drain OFF Capacitance Co om | Vo = OV, Vin = 5V, f= IMHz 6 pF 3 | Channel ON Capacitance Co-sion_| Vo = Vs = OV, Vin = OV, f= 1MHz 16 _ | OFF isolation (Note 7) IRR a 0 ale - Vv = VR, = TKN, C, = 159F; oe rosstal Vs = 1VRMS, f = 100KHz (Channel to Channel) corn | is 0 > | Positive Supply Current r 0.35 048, & [Negative Supply Current | Viv= Vand 24V 030048 | ma E Neo : _ - Note 4: The algebraic convention whereby the most negative value is a minimum. and the most positive is a maximum, is used in this data sheet Note 5: Typical values are for DESIGN AD ONLY, not guaranteed nor subject to production testing Note 6: I, is eakage trom driver into “ON” switch Vs Note 7; OFF Isolation = 20 log [=, Vs = input to OFF switch, Vp = output

2 AKI

Quad SPST CMOS Analog Switches @ Significantly Reduced Power Consumption ® Third (Logic) Supply Not Required = Fault Protected > ABSOLUTE MAXIMUM RATINGS (DG211) this cevice conforms to the Absolute Maximum Ratings on the adjacent (Ry oe o ELECTRICAL CHARACTERISTICS (DG211): specications below satsty or exceed all “tested” parameters on NN adjacent page (V" = +18V, V> = -15V, GND = OV, T, = +25°C, unless otherwise noted) | PARAMETER ‘SYMBOL ‘TEST CONDITIONS MIN TYP MAX | UNITS L (Note 4) (Note 5) ~~ Taig Sigral Range ce 6 sjv| > Drain-Source ON Resistance os tony_| Vo = 210V, Vy = O.8V. Ig = IMA 115 ws | a ‘\\ % | Source OFF Leakage Current Isom | Vive2av [Ws= 4V Vos -148V 0m e Vs = -14V, Vp = 14 ~60 0.02 Ry ooo : 00 . | Drain OFF Leakage Current — | loam | Vin=24V Vs= MV. Vo*-4V 20 __50 | ag ~ . Vs = -14V. Vo = 14V 50 0.02 = |_| Orain ON Leakage Current Toon | Ma=vD= MV. Vin = 06 en) so | (Note 6) Vs =Vp = =14V, Vy = 080 30 016 | ve | [Ppt Current with Input fe Ae 10-0008 t Fe a z = | teasge tor tn teu ive | Vi = OV -10 -0,0004 i voltage Low in oe ee | Tum-ON Time ton__| See Switching Time 8801000 tom Test Circuit 360 50 | ns | Turn-OFF Time : | V5= 2¥, R= 1k. C, = 35pF a Fs a A _ | Source OFF Capacitance TCs iom _| Ve= OV. Vin = SV. 1 = 1MHz 5 Fd Drain OFF Capacitance Corom | Vp = OV. Viy = SV, f= 1MHz Ss pF & | Channel ON Capacitance Corsion | Vo = V5 OV, Viy= OV. 1 = 1MHz 6 | [OFF Isolation (Note 8) OIRR 70 (Channel to Channel) | conn . s° Positive Supply Current rl __ 002 o1 > | Negative Supply Current | Vw" 0Vand 24V ‘ont or | ma E | Logic Supply Current i en) 00 % Power Supply Range v 45 218 v for Continuous Operation o | * * Note & Electrical characteristics, such as ON Resistance. will change when power supplies, other than =15V, are used MAXIM _ _ 3

ABSOLUTE MAXIMUM RATINGS (MAX331, DG201A) = Vi eccccecesssseertstisesssssststsevststessssesesess 44V Power Dissipation (Note 2) ‘or 20mA, whichever occurs first 16 Pin Small Outline (SE) (Note 5) ssssesecceereeee. 400mMW Continuous Current, S OF De...ccseccsessveesveevveees, 2OMA, Note 1: Signals on Sy, Dx, or Nx exceeding V* or Von Maxim's XN Peak Current, S or D MAX331 and DG201A will be clamped by internal diodes, Operating Temperature Note 2: Device mounted with all leads soldered to PC board. (B Sutfix) -.. 2. eee -25°C to +85°C Note 4: Derate 6 SmW/°C above +25°C. (C Suffix) 0... ee ee cee cence sees OC tO 470°C Note 5: Derate 7mW/°C above +25°C. MAX331MJE eee cece eee eee e ee “SSC to +125°C Stresses listed under "Absolute Maximum Ratings” may be applied {one at a time) to devices without resulting in permanont damage. These are stross ratings only. and functional operation of the deviee af these of anyother conditions above those indicated in te operationel sochons ofthe specincalions a Hees Fru tit mimi atae conn lor evened pods maya vee aby, w= ELECTRICAL CHARACTERISTICS (DG201A) ” (V* = -15V, V" = ~15V, GND = OV, T, = +25°C, unless otherwise noted) < PARAMETER ‘SYMBOL TEST CONDITIONS OG201AA DG201AB.C units <q | MIN TYP MAX) MIN TYP MAX into 6) (Note 7) {Note 6) (Note 7) Brain-Souree ON Toston | Vo==100 Vy 08V.Ig= mA we ons) ons 200) | Resistance ‘osion | Vo n° 0.8V. Is . " Vs 14V, Vp = 740 oor 50 | = | Somer orr tense Ty oa pi o> av | 001 B | Current Vs=-14V,Vp=14V | 50-002 5 | Oran OFF usanape Vs = 14V, Vp = 14 00140 00180 Fa lon | Vive 2av | . - nA | | Current Pro [Vs=-14V.Vo-14v | -50 -0.02 Orain ON Leakage j Vs = ~14V, Vy = 08V o1 10 _01 50 | Current (Note 8) Dion) FV = TV, Vy = 08V =10 4 -015 “80-015 | 1 | Input Current with 1 pMu=24v = -40 -00004 | -10 -0 0008 55 Input vonage Hign tT Vw = 150 000310 0.00310 | ig | Z | input Current with 7 cov. - ~ | * | input Volage Low tne | Vw OV 1.0 -00004 =10 -0,0004 Turn-ON Time ton See Switching Time 480600 480 600 | Turn-OFF Time “Totty Test Circuit 370 450 ‘370 450 Charge Injection @ = 10 Ngan 20 20 pc | @ | Source OFF ss rr FH : Com 5 5 3 | Capacitance | Vg = OV, Vy = SV - Z | Drain OFF Capacitance | Co oi f= 140kHz 5 5 pF a fe 0 — OO \\ Channel ON Co soni yee . Capacitance +E sion | Yo Vs 7 OV. Vin = OV} hid 6 | OFF Isolation Vin = 5V, 2 = 750 70 70 Crosstalk - - . - ° 08 {Channel to Channel) Vs = 2.0V. f = 100kHz 90 se & 5, | Postive Supply Current 1° | All Ghannels ON or OFF os 2 08 2 | ag (Ba! Negative Supply Current | oF | [4-03 1-03 Note 6: The algebraic convention whereby the most negalive value Is a minimum, and the most positive is @ maximum. is used in this data shoot Note 7: Typical values are for DESIGN AID ONLY. not guaranteed nor subject to production testing. Note 8: —Ipjon) /8 leakage from driver into "ON" switch The elecvical characteristics above are a reproduction of a portion of Siiconixs copyrighted 1985 data book. This information does not constitute any representation by Maxim at Siiconrs's products wil perform in accordance wih these specifications. The ‘Electrcal Characteristics Table. along with Geacripve excerpts trom tne original manufacturer's deta sheet have been cluded inthis Gata shee! solely for Comparative Purposes a AA AXXLAA

Quad SPST CMOS Analog Switches Significantly Reduced Power Consumption @ Lower Input Current Over Temperature 2 @ No input Current Spike e ABSOLUTE MAXIMUM RATINGS (MAX331, DG201A) this device contorms to the Absolute Maximum Ratings i>) on the adjacent page. o ~*~ ELECTRICAL CHARACTERISTICS (MAX331, DG201A): specitications below satisty or exceed all “tested” 5 parameters on adjacent page (V* = *18V, V" = -18V, GND = OV, T, = #25°C, unless otherwise noted) iT —_ Ss & | PARAMETER SYMBOL Test conoiTions | MAXSS1/DG701AA/ __DO201A8.¢ _'yirs| | MIN. TYP MAX! MIN. TYP MAX > | | L ete ero | eNote 6) (Note 7) | \\ [ Analog Signal Range | Vanaioo 15 s | 15 6) OV | oe a 4-8-8 8B Drain-Source ON + | | sistance (Note 8) Toston) | Vo = 210, Viy # O.8Y, Ig = 1mA "5175 15 200) 0 | | x | Source OFF Leakage 7 7 [Ve=14V Vp= —14V 001 104 oo 50 {| i) B | Isiom | Vw 24} SB i? & | Current Vs=-14V.Vp=t4v | -10 0.02 “50 002 = & | prain OFF Leakage + z Va 2av Ve=18¥. Vo = 1av 00130] oor 80 | ] | | Current L Prem | Yow [Ve==¥V. vp=tav | 10-002 | 50-002 | | Drain ON Leakage j Vs = -14V. Viy = 0.8V or 104 or 5.0 | | _— Pion) Vg © 14V, Vy = 0.8V 10-015 50 -015 ] Input Current With j Vin = 24V | =19 00004 _|_-40 -00004 | | 5 | Input Voltage High HH Vy = 15V 0.003 1.0 0.00310 | 2 | input Current wan Ty cone tone 2 | input Current wi - } | | Input votage Low ne {Ys av -1.0 -00004 | -1.0 -00004 |_| | [aaron Time a wton__| See Switching Time _ 480 600) 480600 || Turn-OFF Time T toa Test Circuit i 370450 370450 | PR Ore Time het OO | | Charge injection Q L a Ngee 20 20 | pc | | » | Seuce Orr sim rr rs tT 7 g | Capectance | S00 | vgs ov. vin= 5 | _ | \\ | £ | danore constance [Sean | ___ te mone A Te! or | @ | Channel ON Cpions* . - 1 Capacitance | SQzon | Vo = Ve = OV. Vig ov! 16 | 16 | | Crosstalk TO owe 28 |, | Positive Supply Current ia _{ At channels ON oF OFF 0.02 O04 ooz 01 | oy | 2 Negative Supply Current r All Channels ON or OFF 204 -0.01 “01 0.01 1 4 | 3 | Power Supply Range for a" s . (® | Centnuoue peraton | Yor | 88) sts ate Note 6: The algebraic convention whereby the most negative value is « minimum, and the most positive is @ maximum, is used in this data sheet Note 7: Typical values are for DESIGN AID ONLY, not guaranteed nor subject to production testing Note 8: 10,59) 5 leakage from driver into “ON” switen, Note 9: Electrical characteristics, such as ON Resistance, will change when power supplies other than +15V. are used.

Quad SPST CMOS Analog Switches ‘= ELECTRICAL CHARACTERISTICS (DG201A) vt = +15V, V- = -15V, GND = OV, Ta = Full Operating Temperature Range) N _—— LIMITS: MIN TYP MAX MIN TYP MAX S |sote oy Note 7) :NMote 6) Note 7) x Analog Sara Fave Vana bw Drain-Source ON vv. a pH Uy 08 go mA a oo | Qe | | source oFF Leakage L Vazpay Yen Mo = -14V 100 | 100 8 | Current Seon aN Vs=-14V.Vp= 14V | 100 =100 fd = Drain OFF Leakage 100 100 lowom | Vin=24V nN ° Drain ON Leakage 200 200 Sq | inp Curent win \\ 10 {= <q a " =| uA 2 [Input Current with Note 10: Ipjon) is leakage from driver into “ON” switch, The electrical characteristics above are a reproduction of a portion of Siliconix s copyrighted 1985 data book, This information does not constitute any representation by Maxim that Sitconix's products wil perform in accoreance with these specifications, The “Electrical Charactorisncs Table” along with descriptive excerpts from the orginal manufacturer's Gata sheet have been included in this data sheet Solely for comparaiwe purposes ee ______ Switching Time Test Circuit Switch output waveform shown for Vs = constant Vo is the steady state output with switch on, Feed- with logic input waveform as shown. Note that Vs _through via gate capacitance may result in spikes at may be +ve or -ve as per switching times test circuit. _ leading and trailing edge of output waveform. aoe losic sw on | tie ans “ 7 Atop | tae on ‘st, a swe mmr, 0 attra Ve=-2¥0 ¢ ° ov swrrea yy wt a & 7 eho im th oF wtp | M = > amr ° 7 ar b REPEAT TEST OR NM AMO ne ue tn | cS bean bv te w “18 Typical Rps(on) vs. Power Supplies for Maxim's MAX331, DG201A and DG211 . Rogjom AT ANALOG SIGNAL LEVEL POWER SUPPLIES re =iov a cc 6 — ee CUMAXIM

Note 10: Ipjon is leakage from driver into “ON” switch. Note 11: Electrical characteristics, such as ON Resistance, will change when power supplies other than *18V, are used. Figure 1. Protection Against Fault Conditions

Quad SPST CMOS Analog Switches N 8 yom uw = | ea a | =, Se 3 & a 8 —. 7 f 8 ye ae Q =a il wml tbe em oo ee va"

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3 ioe | el ee A ay. - pee) 3 ' cL at ae * =a s= . 16 Lead Small Outline (SE) — Bq = 10°C a i yc = 60°C W are (16800) *} Po a Beam | ag “Tt oo weg | sa Tae 700-030 O080 yp ceo 060 =0005 0125 yyy (728 812A Le a) + irsee= aren are (0.130 + 0005. D160 iggy] at ly ome ‘ae [ re Berea —oye-ong 225 68 gu. ate OTs 08N Br Tbe ‘ 2502054) as 988 Lainie

16 Load Plastic DIP | 16 Lead GERDIP

jn = 135°C) W | Qyx = 100°C) W Ac = B°C/W | Gc = 60°C W sreioa: htau reserves the ght fo cnange the caculty and soceflcatons winout neice at ary tie 8 . __Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 (408) 737-7600 ) 1995 Maxim Integrated Products Printed USA MAXIM sa registered trademark of Maxim Integrated Products.