CALOGIC CORP GhE D MM 1844322 OO0Db44 1 MCGC Quad Monolithic SPST CMOS Analog Switches TS\-\\ Preliminary Product Announcement FEATURES: +15V Input Range Low ON-Resistance (<602 typ) Fast Switching (<130ns) Low Power Dissipation (<30,.W typ) CMOS Logic Compatibie @eee APPLICATIONS: Communication Systems Computer Peripherals High Speed Multiplexing Portable, Battery Instrumentation DG308A /DG309 DESCRIPTION: Calagics DG308A and Des qu single-throw analog switches designed for hi switching applicati tions, instrumentation and process con ON-resistaneg over wre Soe. process Se mtining low power esloation with a high breakdown voltage rating of 44V, all four switches 3t.in both directions when ON, and block up to 30 volts ak ak-torpeak when OFF. An epitaxial layer prevents latchup. PIN CONFIGURATION _ NARROW BODY - SO PACKAGE HH HRA RAA 16.15 14 43. 12 1110 9 (SAME PINOUT AS DIP) 123 45 67 8 HoOaHoOEEH TOP VIEW ORDER NUMBERS: DG308ADY, DG309DY TRUTH TABLE Four SPST Switches per Package Logic DG308A DG309 0 OFF ON 1 ON OFF Logic "0" < 3.5V Logic "1"2 11V Switches shown for logic "1" input. FUNCTIONAL BLOCK DIAGRAM DUAL-IN-UINE PACKAGE w, Gi [16] IN, d, | [15] D, s, [3] 14] 8, Vv. [4] 13} Ve DG308" ano [5] [2] Ne + [8] Hi] s, TOP VIEW ORDER NUMBERS: CerDIP: DG308AAK, DG308ABK, DG308ACK PLASTIC: DG308ACJ OR DGI09CJ XNIA| Bue S/ SOWDCALOGIC CORP ABSOLUTE MAXIMUM RATINGS Voltage Referenced to V- 4OE D MM 1644322 gooobus 3 MBCGC DG308A /DG309 7-SIU/ Operating Temperature a 44V (A Suffix) 00 ccc eee ee eee -55 to 125C GND 000 ccc ce ccc cee neue eneneeuan 25V (B Suffix) 2c eee ae -25 to 85C Digital Inputs Vs, Vp... - 2. eee cee {V-) -2V to (V+) +2V (GC Suffix) .0 0 ccc cee eee nee 0 to 70C eee eee ee eee e eee or 20mA, whichever occurs first. (D Suffix) . 2.2... eee 40 to 85C Current, Any Terminal Except SorD................ 30mA Power Dissipation (Package)* Continuous Current, SorD ....... cece cece eee 20mA 16-Pin CerDIP* 20. cee eee g00mW Peak Current, S or D 16-Pin Plastic DIP*** . 2000000002 eee ee 470mW (Pulsed at 1 ms, 10% duty cycle max) ............ 70mA 16-Pin Plastic SO**** 606. eae 950mW Storage Temperature (A& B Suffix) oo. eee eee eae -65 to 150C * Device mounted with all leads soldered or welded to PC board (C & D Suffix) 20. eee ee eee -65 to 125C Derate 12mW/ C above 75C "* Derate 6.5mW/ C above 25C ***Derate 7.7mW/ C above 75C ELECTRICAL CHARACTERISTICS LIMITS TEST CONDITIONS 1=25C UNLESS OTHERWISE SPECIFIED: SYMBOL PARAMETER 2 = 125, 85, 70C se Ehud c sige UNIT Ve = 415V 3 = -55, -40, 0C . np 1 Nv TEMP | TYP | MIN* | MAX | Min? | MAX? . SWITCH Vanatoa _ | Analog Signal Range? 1,2,3 -15 15 -15 15 Vv 1,3 100 100 Vin =11V Vp = 10V I Drain-Source 2 150 125 2 (DG308A) Is = 1mMA DS(ON} ON Resistance Vin = 3.5V =- 1,3 100 100 Vp =-10V 2 150 125 (DG309) Is = 1mA 1 0.1 1 5 Vs = 14V i Source OFF 2 100 100 Vp =-14V S(OFF) Leakage Current ~ Vin = 3.5V _ 1 0.1 1 5 (DG30BA) Vs = -14V 2 -100 -100 Vo = 14V 1 04 1 5 Vin = 11V Vp =14V \ Drain OFF 2 . 400 100 nA (DG309) Vs =-14V DOFF) Leakage Current 1 O14 -1 5 Vp =-14V 2 -100 -100 Vs = 14V 1 01 1 Vin = 11V =Vs = 14V Drain ON 2 100 200 (oGaoaay =| = YS D{ON) Leakage Current 1 04 2 6 Vin = 3.5V 2 -100 -200 (D300) | Vs=Vo=-14V INPUT Input Current with hin Input 1,2 0.001 1 1 Vin = 15V Voltage HIGH BA Input Current with _ INL Input Voltage LOW 12 | -0.001) -1 4 Vin = OV NOTES: a. The algebraic convention whereby the most negative value is a minimum and the most positive a maximum, is used in this data sheet. b. Guaranteed by design, not subject to production test. c. Typical values are for DESIGN AID ONLY, not guaranteed nor subject to production testing. d. OFF Isolation = 20 logio Vs Vo. Vp = Output, Vs = Input to OFF Switch. e. Signals on Sx, Dx, INx exceeding V+ or V- will be clamped by internal diodes. Limit forward diode current to maximum current rating. 7-10CALOGIC CORP HEE D MM L4443ee DO00b4E 5 MECGC DG308A cal C G308A /DG309 7-S/-M ELECTRICAL CHARACTERISTICS LIMITS TEST CONDITIONS 1= 25C UNLESS OTHERWISE SPECIFIED: SYMBOL PARAMETER 2= 125,85, 70C | a SUFEN Pape UNIT V4 = #15V 3=-55,-25,0C | ~ Maes -1 av Temp | Typ? | mIN | MAX | MIN | MAX? * DYNAMIC TON Turn-ON Time ! 130 200 200 nS _ | See Switching Time Test Circuit torF Turn-OFF Time 1 90 150 150 _ Ct = 0.01pF, Vgen = OV, Q Charge Injection 1 ~10 pc Rigen = 082 Vs = 0V Corr) Source-OFF Capacitance 1 " Vin = OV (DG308A) Vin = 15V (DG309) Vp =0V Coyorr) | Drain-OFF Capacitance 1 8 pF |f=140kKHz = | Vin = 50V (DG308A) Vin = 15V (DG309) Ci Vo = Vs =0V Geom * | Channel ON Capacitance 1 27 Vin = 15V (DG308A) S(ON) Vin = OV (DG309) Z. = 75Q, Vs = 2Vp-p, f = SO0KHz OFF Isolation 1 78 dB | Vin = OV (DG908A) Vin = 15V (DG309) SUPPLY ve 1 0.001 10 400 I+ Positive Supply Current 2 100 WA All Channels ON or OFF - . Vin = OV or 15V 1 Negative Supply Current ; 0.001 too 100 NOTES: a. The algebraic convention whereby the most negative value is a minimum and the most positive a maximum, is used in this data sheet. b. Guaranteed by design, not subject to production test. c. Typical values are for DESIGN AID ONLY, not guaranteed nor subject to production testing. s ay 26 d. OFF Isolation = 20 logio a Vp = Output, Vs = Input to OFF Switch. = Ma = @. Signals on Sx, Dx, INx exceeding V+ or V- will be clamped by internal diodes. Limit forward diode current to maximum current ratings [aged TEST CIRCUITS Figure 1. Switching Time Switch output waveform shown for Vs = constant with logic with switch on. Feedthrough via switch capacitance may input waveforms as shown. Note that Vs maybe + or - as result in spikes at the leading and trailing edge of output per switching time test circuit. Vo is the steady state output waveform. +5V +15V LOGIC fv Ive INPUT {_ SWITCH SWITCH 1, <20ns 80% ) OUTPUT 1 o INPUT Ss. D KO o ota ty < 20 ns D, SWITCH : 1k I Vs wogic IN: a a tL INPUT INPUT t+-{> 35 pF 0.9 Vo SWITCH OUTPUT Vo ano} v} ov -18V aL (REPEAT TEST FOR IN, el toy pl tore: S IN, AND IN, } =, Vo = Vs RL toa, * ToBrony 7-11