IH5145CWE

IH5140 MAXIM | Alldatasheet

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Low Power Fast CMOS Analog Switches The IH5140 family consists of six CMOS analog —_@ Pin for Pin 2nd Source! =z switches that are intended for high speed general 4 + purpose applications. These switches are latch-up @ Break-Before-Make Switching Action a proof, break-before-make single and dual versions @ Fast tow (80ns typ.) and torr (50ns) mv of all the popular switch formats — SPST, SPDT, and DPST. Key features of the family include toggle rates !nput Signal Range Includes Supply Ralls in excess of 1MHz, ton times of 80ns typical and @ Guaranteed +4.5V to +18V Operation N tog times of 50ns. OFF leakage current is less than _ 1Q0pA maximum at +25°C and quiescent currents # Low OFF Leakage Current — 100pA max. = are 1uA maximum, making the switches ideal for @ Greater than 1MHz Toggle Rate \\ Portable equipment. @ TTL and CMOS Compatible 3 Maxim has significantly improved the design of these switches versus the original manufacturer. Maxim's —_________ Ordering Information ~S switches are guaranteed to operate from +4.5V to eee +18V, and will switch input signals that include the PART TEMP. RANGE PACKAGE | supplies. ‘SINGLE POLE SINGLE THROW (SPST) > _ Applications IH5140C/D 0°C to +70°C DICE . z IHS140CJE 0°C to +70°C 16 Lead CERDIP High Speed Test Equipment eo > 9 gulps THSI4OCPE—O°Cto 170°C t6Lead Plastic IP) =O Sample and Hold Circuits SE aR RasO"O OE Lead THS140CWE OCt0+70°C _16 Lead Wide SO a Guidance and Control Systems HSWOMD SC TmEO IE] Radar Systems THSI40MJE 55°C to +125°C ‘16 Lead CERDIP Aircraft Head-Up Displays DUAL SINGLE POLE SINGLE THROW (QUAL SPST) Military Radios IH5141C/D °C to-70°C~—~dDIGE THST41CJE C10 +70°C lead CERDIP | IHS141CPE O°C to +70°C 16 Lead Plastic DIP IsiaICTW 0°10 70" TOLead Metal Can | ———— Typical Operating Circult [| instaicwe orc +7090 16 Lead Wise 50 1H5141M/D ~55°C to +125°C DICE | THSTAIMJE __-55°C to "125°C 16 Lead CERDIP IH5TIMTW 85°C to=125°C ‘10 Lead Metal Can | oe oe nm SINGLE POLE DOUBLE THROW (SPDT) | tH Wie sy rs 1H5142C/0 OC10+70°C DICE _ aaa Ce HS 1420 O'Cto*70°C _‘1lead CERDIP | OP) || fir TH5142CPE O°Cto+70°C ‘16 Lead Plastic oF | {3 | a we TH5142GWE °C to 70°C 16 Lead Wide SO » Lome aie IHS142M/D 85°C tO "125°C DICE ‘ sTROME 1H5142MJE “55°C t0 +125°C 16 Lead CERDIP | te ae DUAL SINGLE POLE DOUBLE THROW (DUAL SPOT)

1514970 Oto 70°C DICE

Using the CMOS Switch [IM61aaCJE 0°C 10 +70°C 16 Lead CEROIP to Drive an R/2R 1H51430PE O°C10 +70" 16 Lead Plastic OIP Ladder Network (2 Legs) TH5143CWE 0°C10+70°C 16 Lead Wide SO_ THS143M/D 55°C 10 125°C DICE THS143MJE -55°C to +125°C 16 Lead CERDIP {Ordering information continued on fourth page.) MAXIM ________ Maxim integrated Products 1 Call toll free 1-800-998-8800 for free samples or literature.

ly ABSOLUTE MAXIMUM RATINGS SH Gurrent (any Terminal) .... cocscs = 30mA Vp eV" cecesesceses cee <30V (All Leads Soldered to a PC. Board) VL-GND oo! : DT «20 NN Derate 6mW/*C Above +70°C Viv-GND 20v Voltages Vg. 08 Vp sesesssssssessesersess O.3V t0 (V* + 0.3V) (Note 1) NS VERVE ecceeee wove eeeeeeens ©38V Sse sortions 0m dot ne whee 0 wl be empty non she in nad os ae = 30mA maximum. Kd ‘operation of the device af these or any other conditions above those indicated 1 the operational sections Of ihe specifications 'S Nor /mpiiod. Exposure TO Bee eacimum rang conensone larentondoe pects rey aneescacies eicbi g ELECTRICAL CHARACTERISTICS (All Parameters with Ve = +18V, = -T8V. Y= #5V,Uness otherwise incieatec) =z PARAMETER SYMBOL| TESTCONDITIONS | MILITARY | COMMERCIAL | UNITS Input Logic Current Tin | Viv = 2.4V (Note 2) stot to tt 0) Input Logic Current Tiwt__ | Vin = 0.8V (Note 2) aes) 7 [ao 10 | uA . Ig = -10mA | Drain-Source On Resistance | tosion | (fer roviowrov | 50 80 78 | 75 75 100 | Ghannel to Channel o Tonen, Match Mosion typ) 5 (typ) o F iinimam Anaiog Signal ns Handling Capability Vanacoa. 15 18 v ; “am | lore) | Yo = *10V, Vy= -10V ts 100 | 73 100 | Switch OFF Leakage Current | 10%) | YO" TOV YS toy oe io 88 | ona ‘Switch ON Leakage Current | '210%) | Vv, =V5=-10V to +10V cal 200 +2 200 nA | + Isiomy S | Switch “OW Time See one ton See switching time specifications and timing diagrams. \\ charge Injection Quins, | (Note 3) 10 (typ) L 15 (typ) pc Minimum Off Isolation 1=1MHz, Ry = 1000, Rejection Ratio OIRR |, < SpF (Note 3) 54 (typ) 50 (typ) 38 ~ Power Supply Quiescent Current 100 1.0100 | 10 10100 | HA | =PoverSupsiy 0 10 wo | - Quiescent Current Vt = <15V, V> = -15V, 10 10 100 10 10 100 uA Vi = +5V +5V Supply « eV SUPP 1 10 10 100 | 1-0 10 | yA Ground Supply i Ground Supply leno 10 10 100 | 1 10 100 | ya Minimum Channel Channel Cross Coupling CCRR One Channel Off (Note 3) 54 (typ) i 50 (typ) dB Rejection Rata By a8 Power Supply Range for (min) (min) Continuous Operation Vor | (Note 4) +18V 18V v Note: 2. Some channels are turned on by high (1) logic inputs and other channels are turned on by low (0) inputs; however, 0.8V to. 2av deserves the minmum range Tor switching propety. Rete To loge diagrams 12 fin logiea value of tage shpat reauited fo produce ON or OFF stato 3. Typical values are for design aid only, not guaranteed and not subject to production testing, 4. Electrical characteristics, such as ON Resistance. will change when power supplies, other than + 15V, are used 2 eS CU AKIEM

Low Power Fast CMOS Analog Switches SWITCHING TIME SPECIFICATIONS = (low ft are Maximum specifications and tortor is minimum specifications) a i ~ MILITARY [COMMERCIAL | PART TEST 1 ~ | wien CHARACTERISTICS | SYMBOL CONDITIONS | -55°c 425°C +125°C oe yas°C 70°C UNITS: Switch "ON" time on 100" 150 Switch “OFF” time tow Figure 1 75" 125 ns XS tH5140- |Break-betore-make | torrtoy 10" TYP 5 rN

5141 Switch “ON" time ton 150 175 ay

Switch “OFF” time te Figure 2 125 150 ns XN

7 Break-before-make tonctow 10" TYP 5 i a

‘Switch “ON® time ton 175" 250 i *} ‘Switch “OFF” time tow Figure 1 125" | 150 ns \\ Break-betore-make toto 10° TYP _ 5 | | ‘Switch “ON” time ton 200 300 Switch “OFF” time na Figure 2 125 150 ns | ing 1H5142- | Break-before-make | thrrtow 10" TYP 5 rN Switch “ON” time ton 175) 250 aA | | Switch “OFF” time te Figure 3 125° 180 ns Break-betoremake | tr 10° TYP 5 iS ‘Switch “ON” time ton 200 | 300 a Switch “OFF” time tow Figure 4 125 150 ns Break-betore-make | tortor 10" TYP 5 Switch “ONT time Ten 8 250 Switch "OFF" time ton Figure 1 125" 150 ns IH5144- |Break-betoro-make | ter-ton 10" TYP 5 5145 [Switch “ON" time Ton 200 | ‘300 | Switch “OFF time | tow Figure 2 125 150 | ns Break-betore-make tortor 10° TYP 5 | | Note; Switching times are measured at 90% points. * Guaranteed but not subjected to production testing. _ a ____ Switching Time Test Circuits Vers ase ow Yen of = of [) =10" be ol ;

1 Sno © fy ee “1 Su fs

T. fa fig CH } Ti gq fia ow == G] maxim [= They == fC] maxim [3 w 5 ee ne w 8 ner (] sre fi) Fo og Faw LMU a a or rumor oti Mt 4 a ver fa 7 vor = [a “SH [a] <1 WY sv | ‘ot a ony “tf a Se Ti wee Ti = Figure 1 == Figure 2 an bay 10 Se ae wrt a bs «iw wt uo] 5 eeay wa] F5 LT G] [4] y@ ny LT Gy fig SS el wm fa on Te ee eee el xin fad L 6 srs fat oF Li the | msn9 fed fF of ccmel io fii) TA NPUT vor fe [3 Po ee one [G B oO fa] iv U " soe Gy 5 kn Tt eo == Figure 3 _ Figure 4 MAXIM 'F

Low Power Fast CMOS Analog Switches Ss 1H5140 SPST 115147 Dual SPST 15141 Dual SPST 15142 SPOT A DIP (JE. PE, WE) DIP (JE, PE, WE) TO-100 Metal Can DIP (JE, PE, WE) Ny * r % r aor % v ° Jie val Pu fu 5 4 Piz Qn Ay | oe es toy notf__-vahion, c a ott'on mop noe net chine tT 6 0 my 0% NX wo > » HT Dp nol 5 My o> | i: ia vou ne “en e S te Oe Cs 3 Tne g wm + m + =r wo + bad 15143 Dual SPOT 15144 DPST 15145 Dual DPST Table 1. USING THE » DIP (JE, PE, WE) DIP (JE, PE, WE) DIP (JE, PE, WE) 5140 FAMILY WITH = rd : x ONLY 2 SUPPLIES = Qn 2 Qu e__Ju V : sofa} 0 a sofa Mtiedtovty) 308 civtion so% en ‘on golf x ds SUPPLY MIN. LOGIC /P 1s 4 a 15 VOLTAGES FOR"1" STATE | w HD ho ° on, mH > r MAGES Fon Seare ol 0 “12v +96V wef |, wp 7 | how “Fev of ott fio o, sof ott} ox 18V +2.6v 5&0 o Ot % 0 ees Oo % — Poe Cec oe w+ wooor wo oF Note: Switch states are for logie “1” input __.. Ordering Information (continued) —______ Chip Topography [part TEMP. RANGE PACKAGE a, —————- { OOUBLE POLE SINGLE THROW (DPST) ue 1 1H5144C/D °C to +70°C DICE IH8144CJE 7610-700 16 Lead CERDIP | ee ——— | 1H5146CPE 0°10 +70°C __16 Lead Plastic DIP el i | | 1 iif i) THSI4eCWE__O°C 10 170°C 16 Lead Wide SO | { | I IHS144M/D 55°C to “125°C _DICE | b — | | | a [inst4amJE 55°C to *125°C 16 Lead CERDIP car 9 a ed TouaL OUSLE POLE SINGLE THROW (DUAL DPB erm = — DUAL DOUBLE POLE SINGLE THROW (DUAL DPST) | & a= = =a. = s 1H5145C/0 O° to+70°C DICE rot) ee, Line = TH5145CJE O°C10+70°C ‘16 Lead CERDIP —s—S="—-}| [setsors oo te-roovetase rete ee [=== H 1HS145CWE 0°C to +70°C 16 Lead Wide SO r= a j= a For the 1H5142 and 1H5144 in 10 Lead Metal Can package contact factory. For all devices in Ceramic Flat Package contact factory - 4 _ Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 (408) 737-7600 © 1995 Maxim integrated Products Printed USA AAAXIM 5 a ogistered trademark of Maxim Integrated Products