MAA AIL/VI Low Power Fast CMOS Analog Switches General Description The 1H5140 family consists of six CMOS analog switches that are intended for high speed general purpose applications. These switches are latch-up proof, break-before-make single and dual versions of all the popular switch formats SPST, SPDT, and DPST. Key features of the family include toggle rates in excess of 1MHz, ton times of 80ns typical and torr times of 50ns. OFF leakage current is less than 1O00pA maximum at +25C and quiescent currents are 1zA maximum, making the switches ideal for portable equipment. Maxim has significantly improved the design of these switches versus the original manufacturer. Maxims switches are guaranteed to operate from +4.5V to +18V, and will switch input signals that inctude the supplies. Applications High Speed Test Equipment Sample and Hold Circuits Guidance and Control Systems Radar Systems Aircraft Head-Up Displays Military Radios Typical Operating Circuit Features @ Pin for Pin 2nd Source! @ Break-Before-Make Switching Action @ Fast ton (80ns typ.) and tore (50ns) Input Signal Range Includes Supply Rails @ Guaranteed +4.5V to +18V Operation @ Low OFF Leakage Current 100pA max. @ Greater than 1MHz Toggle Rate @ TTL and CMOS Compatible Ordering information PART TEMP. RANGE PACKAGE SINGLE POLE SINGLE THROW (SPST) 1H5140C/D 0C to +70C DICE IH5140CJE oc to +70C 16 Lead CERDIP IH5140CPE 0C to +70C 16 Lead Plastic DIP |IH5140C WE 0C to +70C 16 Lead Wide SO 1H5140M/D -58C to +125C DICE IH5140MJE -55C to +125C 16 Lead CERDIP DUAL SINGLE POLE SINGLE THROW (DUAL SPST) 6 *Vawatog 15 14 Tet dia Logic STROBE [> 1 a 5 ~Vanatoc | +VANALOG TL 1H5143 Logic STROBE - Ts sl ETC. Using the CMOS Switch to Drive an R/2R Ladder Network (2 Legs) 1IH5141C/D 0C to +70C DICE IH5141CJE 0C to +70C 16 Lead CERDIP fH5141CPE 0C to +70C 16 Lead Plastic DIP IH5141CTW ac to +70C 10 Lead Metal Can IH5141 CWE OC to +70C 16 Lead Wide SO 1H5141M/D -65C to +125C DICE _| 1H5141MJE -55C to +125C 16 Lead CERDIP IH5141MTW -58C to +125C 10 Lead Metal Can SINGLE POLE DOUBLE THROW (SPDT) 1H5142C/D 0C to +70C DICE IH5142CJE 0C to +70C 16 Lead CERDIP 1H5142CPE OC to +70C 16 Lead Plastic DIP IH5142CWE 0C to +70C 16 Lead Wide SO 1H5142M/D -65C to +125C DICE JH5142MJE -55C to +125C 16 Lead CERDIP DUAL SINGLE POLE DOUBLE THROW (DUAL SPDT) 1H5143C/D aC to+70C DICE IH5143CJE 0C to+70C 16 Lead CERDIP 1H5143CPE 010 +70C *16 Lead Plastic DIP 1H5143GWE OCto+70C iLeadWideso | 1H5143M/D -55C to 125C DICE IH6143MJE 85C to 126C 16 Lead CERDIP | MAKIM (Ordering information continued on fourth page. } Maxim Integrated Products 1 Call toll free 1-800-998-8800 for free samples or literature. Sb/Pb/Ev/cb/tt/OrlSHi1H5140/41/42/43/44/45 Low Power Fast CMOS Analog Switches ABSOLUTE MAXIMUM RATINGS Current (Any Terminal) 0.0.0.0... 2.2 c cece eee cence es < 30mA VO rm VT eee cece cence eee eee nee <30V Storage Temperature ...............0 ccc eee -65C to +150C De Sn < +22V Operating Temperature ..............0.-.00 08 -55C to +125C VLR VT ccc cece teen cence eee e teen n tena tenes < 33V Power Dissipation ........00. 00000. e eee eee ee 450mW VK VIN cece eee cere eee < 30V (All Leads Soldered to a PC. Board) VE- GND Loo cence renee nee eee < 20V Derate 6mW/C Above +70C Vin~ GND 2... e eee < 20V Lead Temperature (Soldering, 10 sec) ......... 0.0.0.0 300C Digitat Inputs ..................... (Vt + 0.3V) to (Vt - 38V) Voltages Vg OO VE voce cence ete e eee eee -0.3V to (V* + 0.3V) (Note 1) VERN cece cece nee e teen beeen eens < 38V VA RV cece cece eee ete eee eee ee teen bbe e been es < 30V Note 1: Signals on S, D and digital inputs which exceed V~ or Vt will be clamped by internal diodes. Limit forward diode current to 30mA maximum. Stresses above those listed under Absolute Maximum Ratings may cause permanent damage to the device. These are stress ratings only and functional operation of the device at these or any other conditions above those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability. ELECTRICAL CHARACTERISTICS (All Parameters with Vt = +15V, V~- = -15V, V_ = +5V, unless otherwise indicated) MIN./MAX. LIMITS PARAMETER SYMBOL TEST CONDITIONS MILITARY COMMERCIAL ~| UNITS -55C =+25C +125C | OC 8 +25C =+70C Input Logic Current Linu Vin = 2.4V (Note 2) +1 +1 10 44 = 10 BA Input Logic Current Ue Vin = 0.8V (Note 2) Hw +H 10 + HH 10 HA in- : lg =-10MA Drain-Source On Resistance lps(ony Vanatog = -10V to #10V 50 50 75 7S 75 100 Q Channel to Channel "ps(on) Match Vosion) 3 (typ) 5 (typ) a Minimum Analog Signat + . Handling Capability VaNaLoG 15 =15 v Ipiorry | Vo = +10V, Vg = -10V +0.5 100 +5 100 Switch OFF Leakage Current +Tecorn | Vp = -10V, Ve = +10V 40.5 100 5 400 nA Switch ON Leakage Current g10m Vp = Vg = -10V to +10V HM 200 +2 200 nA - S(ON) Switch ON Time ton eas . gina ai . Switch OFF Time torr See switching time specifications and timing diagrams. Charge Injection Quang) (Note 3} 10 (typ) 15 (typ) pc Minimum Off Isolation f = 1MHz, R, = 1000, Rejection Ratio OIRR |G, < 5pF (Note 3) 54 (typ) 50 (typ) aB + Power Supply 4 Quiescent Current | 1.0 1.0 10.0 10 10 100 pA - Power Supply - 4 _ 10 _ _ 4 Quiescent Current Vt =+15V, V7 = -15V, 0 10 10.0 10 10 00 HA VU =+t+5V +5V Supply L Quiescent Current I 1.0 1.0 10.0 10 10 100 uA Ground Suppty Quiescent Current leno 1.0 1.0 10.0 10 10 100 HA Minimum Channel to Channel Cross Coupling - CCRR One Channel Off (Note 3) 54 (typ) 50 (typ) dB Rejection Ratio +45 44.5 Power Supply Range for (min) min} Continuous Operation Vor (Note 4) +18V +18V v (max) (max) Note: 2. Some channets are turned on by high (1) logic inputs and other channels are turned on by low (0) inputs; however, 0.8V to 2.4V describes the minimum range for switching property. Refer to logic diagrams to find logical value of logic input required to produce ON or OFF state. 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 5 MAKILow Power Fast CMOS Analog Switches SWITCHING TIME SPECIFICATIONS (tom tof are Maximum specifications and ty,-to is minimum specifications) PART | Oo aRACTER | Test MILITARY COMMERCIAL NUMBER RACTERISTICS | SYMBOL | conDITIONS | <s5 225C 1zsrc | ore 425C + 70c | UNITS Switch ON time ton 100 150 Switch OFF time tort Figure 1 75" 125 ns {H5140- | Break-before-make tonctott 10" TYP 5 5141 | Switch ON" time ton 150 175 Switch OFF time tot Figure 2 125 150 ns Break-before-make tontott 10* TYP 5 Switch ON time ton 175" 250 Switch OFF time tort Figure 1 125* 150 ns Break-before-make ton-tott 10* TYP 5 Switch ON time ton 200 300 Switch OFF time tot Figure 2 125 150 ns 1H5142- | Break-before-make tonrtott 10* TYP 5 5143 | Switch ON" time ton 175" 250 Switch OFF time tort Figure 3 125* 150 ns Break-before-make tonctott 10 TYP 5 Switch ON time ton 200 300 Switch OFF time tort Figure 4 125 150 ns Break-betore-make tonntott 10 TYP 5 Switch ON time ton 175" 250 Switch OFF time tott Figure 1 125" 150 ns 1H5144- | Break-before-make tonctott 10* TYP 5 5145 [witch ON time ton 200 300 Switch OFF time tort Figure 2 125 150 ns Break-before-make tortor 10* TYP 5 Note: Switching times are measured at 90% points. * Guaranteed but not subjected to production testing. __ _ Switching Time Test Circuits ten of i Te] stov 8 rauweur et Ae le 6] + 10V 2 my 1 {ail z T By Ta} -15v wy J Vout Gl i] -18v av == fq] maxim [3h- Lory |! (4) maxim [3 ov fe] otH5147 [RH | sf Logie INPUT [E) fH5141 fi2)-av= +15V T2L INPUT (5 iW atv 6 ity -18v 7 i "apinwe elt 7 i v ae 8 9] -lov ad 8 g]+10v 1OGF mL Sy Te _. oe ii Ti t == => Figure 1 7 Figure 2 y Voura ae i ig] +10v tov tot soot ! [16] +10v mH Sin EE fs} | -*! " Sua] L 15 T a fra] -15V sv Pen \ ria} -15V ww zt * | OUT A ORB 13 4 MAXIM 13} { MAXIM am ee fap Lh | List i643 [|= +15Y av | T2L INPUT nt 11) +15y ia] ov {rc meu Pa] ov | [9] Figure 3 Figure 4 MAKI Sb/Pb/Eb/eb/lb/OPlLSHILow Power Fast CMOS Analog Switches 1H5140 SPST DIP (JE, PE, WE) 1H5141 Dual SPST DIP (JE, PE, WE) IH5141 Dual SPST TO-100 Metal Can Pin Configuration and Switching State Diagrams 1H5142 SPDT DIP (JE, PE, WE) 1H5140/41/42/43/44/45 VL ve Vu yr VL vr P12 W 12 gu fe _ "Tae To so} 1440 a 1 1 15 | ft ertion nol OD! vel Si be, \ 1 15 \ 10 \ ; m LP moot D> D> off o-+a | 85 4, i 413 ua 38 bi 3 gi GND vo GND vO GNo vo 1H5143 Dual SPOT 1H5144 DPST 1H5145 Dual DPST Table 1. USING THE DIP (JE, PE, WE) DIP (JE, PE, WE) DIP (JE, PE, WE) 5140 FAMILY WITH w ve wL ve Ve ve ONLY 2 SUPPLIES 12 " P12 Rn us Vt (V_ tied to V*) 1 0 ny $1 03 SUPPLY 16 1 Ds $1 O-}-_o-r a}0 1), $3 \ 4 3 82 of +2}. DON Qe 82 g} 4 S84 GND Vv GND a GND Ve MIN. LOGIC I/P VOLTAGES FOR 1 STATE Note: Switch states are for logic 1 input. __. Ordering Information (continued) Chip Topography PART TEMP. RANGE OOUBLE POLE SINGLE THROW (DPST) 0.105" PACKAGE r (2.67mm} a 1H5144C/D 0C to +70C DICE IH5144CJE 0C to +70C 16 Lead CERDIP 1H5144CPE 0C to +70C 16 Lead Plastic DIP IH5144CWE 0C to +70C 16 Lead Wide SO 1H5144M/D -55C to +125C ~ DICE }H5144MJE -55C to +125C =: 16 Lead CERDIP DUAL DOUBLE POLE SINGLE THROW (DUAL DPST) 1H5145C/D 0C to.+70C DICE IH5145CJE 0C to +70C 16 Lead CERDIP tHS145CPE ac to +70C 16 Lead Plastic DIP IH5145CWE aC to +70C 16 Lead Wide SO 1H5145M/D -55C to +125C DICE JH5145MJE -55C to +125C 16 Lead CERDIP For the 1H5142 and 1H5144 in 10 Lead Metal Can package contact factory. For all devices in Ceramic Flat Package contact factory. Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. 4 Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 (408) 737-7600 1995 Maxim Integrated Products Printed USA MAXIM js a registered trademark of Maxirn Integrated Products.