LM55107A/LM55108A Series NS Line Drivers/Receivers LM55107A/LM75107A,LM55108A/LM75108A, LM163/LM363 dual line receivers LM75207,LM75208,LM363A dual MOS sense amplifiers general description features The nine products described herein are TTL @ High speed 17 ns typ compatible dual high speed circuits intended for = TTL compatible sensing in a broad range of system applications. While the primary usage will be for line receivers or MOS sensing, any of the products may effec- s tively be used as voltage comparators, level trans- lators, window detectors, transducer preamplifiers, and in other sensing applications. As digital line receivers the products are applicable with the M55 109/1.M75109 and LM55110/LM75110 com- 2 panion drivers, or may be used in other balanced or unbalanced party-line data transmission systems. The improved input sensitivity and delay specifi- cations of the LM75207, LM75208 and LM363A make them ideal for sensing high performance s MOS memories as well as high sensitivity line receivers and voltage comparators. TRI-STATE products enhance bused organizations. s +10 mV or +25 mV 43V High input impedance with normal Voc, or Vec = OV Strobes for channel selection TRI-STATE outputs for high speed buses Input sensitivity Input common-mode range Dual circuits Sensitivity guaranteed over full common-mode range Logic input clamp diodes 44 pin cavity or molded dual-in-tine package Standard supply voltages <5V connection diagrams Dual-In-Line Package INPUT 2A he INPUT 28 4. 4, Sit Por FP { 3 INPUT ne D)TPUT STROBE STROBE GND 1a 1 1G 8 OUTPUT STROBE z 2 Te , . Vec* Vee 4 Is 1B TOP VIEW Order Number LMS5107AF or LMS&108AF See Package 4 Order Number LM55107AJ, LM75107AJ, LM55108AJ, LM75108A4J, LM75207J or LM752085 See Package 16 Order Number LM75107AN, LM75108AN, LM7/5207N or LM75208N See Package 22 product selection guide Dual-In-Line Package : inpuT = INPUT ouTPUT STAGBE Voc Yoo wa 28 NC ay 2 lu ls 42 ls {uw lo a 7 z a + 5 7 7 INPUT = INPUT NC OUTPUT STROBE =DISABLE = GN 18 1B 1 1 9 TOP VIEW Order Number LM163J, LM363J, or LM363AJ See Package 16 Order Number LM363N or LM363AN See Package 22 TEMPERATURE BSC <T pa <4+128C 0C <T, <+70C PACKAGE> CAVITY DIP CAVITY OR MOLDED DIP INPUT SENSITIVITY +25 mV 25 mV 10 mV OUTPUT LOGIC! TTL Active Pull-up LM5S107A LM75107A Lm75207 TTI. Open Collector LM551084 LM75108A LM75208 TT TRISTATE L163 LM363 LM3634 4-30absolute maximum ratings Supply Voltage, Vec* Vv Strobe Input Voltage 5.5V Supply Voltage, Voc -7V Storage Temperature Range 65C to +150C Differential Input Voltage +6V Power Dissipation 600 mw Common Mode Input Voltage +6V Lead Temperature (Soldering, 10 sec} 300C operating conditions LMS55107A, M75107A, LM75207 LM55108A, LM75108A, LM75208 LM163 LM363, LM363A MIN NOM MAX MIN NOM MAX Supply Voltage Vec* 4.5V 5V 5.5V 4.75V 5V .25V Supply Voltage Voc 4.5V -V -5.5V ~4.75V -5V ~-.25V Operating Temperature Range -55C to +125C oc to +70C typical applications Line Receiver Used in a Party-Line or Data-Bus System RECEIVERS STROBE ey an Cg une " Ahud {| uel ug 3% Loft } v W v5 tt + | \ \ F B22 it HH {1 2227 ct tt tt LINE RECEIVERS ARE LM75107/. 75108 INHIBIT LINE DRIVERS ARE LM55108/LM55110 OR OM7E31 DRIVERS Line Receiver Used in MOS Memory System 9 LS AY t> | i > = = = wwa00z6 a aNoaz6 8 2 & 3 a To DUMMY { SENSE LINE = v | THRESHOLD STROBE VOLTAGE TTL TO MOS MOALIG MOS MEMORY ARRAY MOS TO TTL RECEIVERS (LM75260) DRIVERS 4-31 S V80lSSW1/VZLOLSSW) sonaLM55107A/LM55108A Series schematic diagrams LM55107A/LM75107A, LM75207 LM55108A4/LM75108A, LM75208 Vect O= ee @------ > & s s > , 120 < 900 < - 100 1.6K > < < 909 2 ryeroe 6 > < N , 4k -{ | 5.9K > 85K $ S$ : x were a a 245K o 4 : I ' 1 , re q & i 1 4K \ 1 INPUT 6 q } ourPuT > 2 550 INPUT A gy 2 | anil z ! > O GNo 3 xs Sik Bak 4 ] Ny \ ir e O STROBE G <j hy O STROBES tome t Note 1: 1/2 of the dual circuit is shown. Note 2: *Indicates connections common to second half of dual circuit. Note 3: Components shawn with dash lines are applicable to the LMSS107A, LM75107A, and LMV7520? only. LM163/LM363, LM363A Vcc? o , Ss > S300 $ > $1 < > > a0 4K 5.9K > s > 245K - ? INPUT B q QuTPUT p 2 560 4. INPUT A O 4 GNo 2.3 2 STROBE & QIK 23K e 2 ? > > 4 aak> < 1.6K < ak > <___] a) T { ot PC) DISABLE D Voo O -e- > . Note 1: 1/2 of the dual circuit is shown. Note 2: Indicates connections common to second half of dual circuit. 4-32LM55107A/LM75107A, LM55108A/LM75108A dc electrical characteristics (Tun <Tas < Tmax) LIMITS PARAMETER CONDITIONS LM55107A/LM75107A LM551084/LM75108A UNITS MIN TvP MAX MIN TYP MAX High Level Input Current Voc? = Max. Veco = Max. Into 1A, 1B, 2A or 2B (yh Vio = 0.5V, Vic = -3V to 3V 30 8 30 75 BA Low Level Input Current Voc? = Max, Vee = Max, _ Into 1A, 1B, 2A or 28 ly. Vip = -2V. Vig = -3V to 3V 10 10 HA High Level Input Current Veo! = Max, Voc = Max, Into 1G of 2G (tin) Viney = 2.4V 40 40 HA High Level input Current Voc? = Max, Voc = Max, t 1 A Into 1G or 2G (hw) Vinigy = Max Veo* Low Level Input Current Voc? = Max, Veco = Max, Into 16 oF 2G (lit) Vite) 7 0.4V 16 16 ma 1 iis) = 0. High Level Input Current Vec* = Max, Veo * Max, Into (ig) Vins = 2.4V 80 80 uA High Level Input Current Vec* = Max, Veco = Max, 2 into S (ly) Vin(s) = Max Vee* 2 ma Low Level Input Current Veco = Max, Veo = Max, _ _ Into $ Wie) Vicigy 2 0.4V 3.2 32 ma Vee* = Min, Voc = Min High Level t ce race Voase Ours Hoan = ~400VA, Vip = 25 mv, 24 Vv ge Non Vic # ~3V to 3V Veo! = Min, Vee" = Min L | Output ce nace : Votnage (V _ Igink 7 16 MA, Vip = 25 mV, 04 o4 v 9 VoL Vic =-3V to 3V High Level Output Veco = Min, Veo = Min Current (logy) Vou = Max Veo* 250 HA Short Circuit Output te en anes _ _ Current (tos) Voc * = Max, Voc = Max 18 70 mA High Logic Level Supply Voc* = Max, Veco = Max, 18 1 Current From Vee (lcen*? Vip = 25 mV, Ta = 25C 30 8 30 ma High Logic Level Supply Veg? = Max, Veo = Max, 8.4 A ~ - Current From Veg (leew) Vip = 25 mV, Ta = 25C 5 84 15 mA Input Clamp Voltage on Veo? = Min, Veo" = Min. 41 -15 1 15 v Gors(V) ly = 712 MA, Ta = 25C . : . . . ac switching characteristics (Vcct = 5V, Veo = SV, Ta = 28C) LIMITS PARAMETER CONDITIONS LM55107A/LM75107A M55108A/LM75108A UNITS MIN TYP MAX MIN TYP MAX Propagation Delay Time, Low to High Level, From Differential Inputs A and R, = 39022, C_ = 50 pF 7 25 ns 8B to Output (Note 1) [tec Propagation Delay Time, Low to High Level, From Differential Inputs A and R, = 3902, C, = 15 pF 19 25 ns B to Output (Note 1) (teLHip)) Propagation Delay Time, High to Low Level, From Differential Inputs A and R, = 3902, C, = 50 pF 7 25 ns B to Output (Note 1) (ten ip)? Propagation Delay Time, High to Low Level, From Differential Inputs A and R_ = 3902, C, = 15 pF 19 25 ns B to Output (Note 1) (teueior) Propagation Delay Time, Low to High Level, From Strobe Input G or S to R,_ = 3902, 0, = 50 pF 10 16 ns Output (tecaisy) Propagation Delay Time, Low to High Level, From Strobe Input G or S to R_ = 3902, C. = 15 pF 13 20 ns Output (terHis)) : Propagation Delay Time, High to Low Level, From Strobe Input G or $ to R,, = 3902, C, = 50 pF 8 15 ns. Output (pyc isi) Propagation Delay Time, High to Low Level, From Strobe Input G or S to R,, = 39082, C_ = 15 pF 13 20 ns Output (teucisi! Note 1: Differential input is +100 mV to -100 mV pulse. Delays read from O mV on input to 1.5V on output. 4-33 S V80LSGW1/VZOLSSINI sonueaLM55107A/LM55108A Series LM75207, LM75208 dc electrical characteristics (0c<T, <+70C) LIMITS PARAMETER CONDITIONS 1M75207 LM75208 UNITS MIN TYP MAX MIN TYP MAX High Level Input Current Vec* = Max, Vee = Max, Into 1A, 1B, 2A of 2B (ty) Vip = O.5V, Vic = -3V to 3V 30 ~ 30 5 HA Low Level input Current Veco = Max. Veco = Max, 10 10 A into 1A, 1B, 24 0 2B (he) Vio 2 72V, Vig = 73V to 3V # High Level tnput Current Veo = Max, Veo = Max, Into 1G of 2G (hy) Vinis) = 2.4V 40 40 HA High Level Input Current Veo = Max, Vee = Max 1 1 A inte 1G of 2G (uy) Vinisy = Max Voc? m Level | te we Low Level Input Current Vee Max, Veco = Max, 16 ~16 mA Inte 1G or 2G tL) Viris) = 0.4V High Level Input Current Voc? = Max. Veco = Max, Into S Win} Views) = 2.4V 80 80 yA High Level Input Current Vec* = Max, Veo = Max, _ + 2 2 mA Into S (lin) Vinisy = Max Veo Low Level input Current Voc* = Max, Vee" = Max, . _ Into S (ip Ving) =0.4V 32 32 ma Voc? = Min, Veo = Min High Level ce Ace Vala " Output ILoao = 40024, Vip = 10 mV, 24 v 9 ow Vie = -3V to 3V Veo? = Min. Veo = Mia, son eve oueet Isine = 16MA, Vip =~10 mv, 0A 04 v oltage Wo Vig = -3V.to 3V High Level Gutout Voc? = Min, Veo" = Min Current (lou) Von = Max Veco? 250 BA Short Circuit Output +] -] . _ Current flog) Veo = Max, Veo = Max 18 70 mA High Logic Levet Supply Voc = Max, Voe = Max, 18 30 1 A Current From Vo (ecu) Vip = 10 mV, Ta = 25C 8 30 m i r te = High Logic Level Supply - Veco = Max, Vee Max. 8.4 15 -g.4 ~15 mA Current From Vcc (lecu 7} Vip = 10 mV, Ta = 26C Input Clamp Voltage on Vee * = Min. Veo" = Min, 4 15 4 15 Vv GorS {vj} lin = 712 MA, Ta = 26C : : . : _ ac switching characteristics (Vec* =5V, Voc =-5V, Ta = 28C) LIMITS PARAMETER CONDITIONS LM75207 iM75208 UNITS MIN TYP MAX MIN TYP MAX Propagation Delay Time, Low to High Level, From Differential Inputs A and Ry = 4702, C, = 15 oF 36 ns. 8 to Output (Note 1) {tecHioy} Propagation Detay Time, Low to High Levet, From Differential Inputs A and RL = 4709, Cy = 15 pF 35 ns B to Output (Note 1} (tereio)) Propagation Delay Time, High to Low Level, From Difterential Inputs A and R, = 4702, C, = 15 pF 20 ns B to output (Note 1) {tpyitp)) Propagation Delay Time, High to Low Level, From Differential Inputs A and RL = 4702, C, = 15 pF 20 ns B to Output (Note 7} {tewLio} Propagation Delay Time, Low to High Level, From Strobe Input G or to Ry = 4709, Cc, = 15 pF 7 ns Output (terns) Propagation Delay Time, Low to High Level, From Strobe Input G or S to Ry, = 4702, C, = 15 pF 7 ns Output (teLyisi?) Propagation Delay Time, High to Low Level, From Strobe Input G or to Ry = 4702, C= 15 pF 7 ns Output (tenes)! Propagation Delay Time, High to Low Level, From Strobe Input G or to R_ = 4702, C, = 15 pF 17 ns Output (tray) Note 1: Differential input is +10 mV to -30 mV pulse. Delays read from 0 mV on input to 1.5V on output. 4-34LM163/LM363 de electrical characteristics (Tan <Ta <Tuax) LIMITS PARAMETER CONDITIONS LM163/LM363 UNITS MIN Tye MAX High Level tnput Current Vec* = Max, Veo = Max, 36 5 A (Into 1A, 1B, 2A or 2B (uy) Vio = 0.5V, Vic = ~3V to 3V X Low Level Input Current Veo = Max, Veg = Max, 10 uA into 1A, 18, 2A or 2B (et Vip = -2V, Vic = -3V to 3V High Level Input Current Vect = Max, Veco = Max, Into 1G, 2G or D (yw) Vins) = 2.4V 40 HA High Level Input Current Voc? = Max, Veco = Max, 1 mA Into 1G, 2G or D (lin) Vinis) = Max Vec* Low Level Input Current Vec* = Max, Voc = Max, 16 mA Into D thy} Vivi 7 0.4V Low Level Input Current Vee? = Max, Veo = Max, -40 uA Into 1G or 2G {ly} Vision = 2, Vitis) 7 0.4 Low Level Input Current Vec* = Max, Vee = Max, 16 mA Into 1G of 2G {l,) Vicioy = 0.8V, Virigs = 0.4V : Vec* = Min, Voc" = Min, rah Level Output loa = -2 MA, Vip = 25 mV, 24 v Voltage (Von) Vicioy = 0.8V, Vig = -3V to 3V Veo? = Min, Veo = Min, oe Level Output Isink = 16 MA, Vip 7-25 mV, 0.4 v oltage (Vout Vittor = 0.8V, Vic = -3V 10 3 Output Disable Current Vec* = Max, Veco = Max, 40 uA lop) Vin(os = 2V. Vour = 2.4V Output Disable Current Vee? = Max, Vcc = Max, 40 RA loo? Vietoi = 2V, Vout = 0.4 Short Circuit Output Vec* = Max, Vicio) = 0.8V, -18 -710 mA Current {log} Vec = Max High Logic Level Supply Veco? = Max. Voc = Max, . 28 40 mA Current From Veo* Wcen+) Vip = 25 mV, Ta = 28C te -=s High Logic Level Supply - Veco = Max, Veco Max, 8.4 15 mA Current From Veo" (lecu 7) Vio = 25 mV, Ta = 25 C Input Clamp Voltage on Voc* = Min, Veg = Min, -4 ~15 v GorD (Vv) Nin = 712 MA, Ta = 25C . . . . . ac switching characteristics (Vgct =5V, Veco = -BV, Ta = 25C} LIMITS PARAMETER CONDITIONS LM163/LM363 UNITS MIN TYP MAX Propagation Delay Time, Low to High Level, From Differential Inputs A and R_ = 3902, C, = 50 pF 7 25 ns B to Output (Note 1) (tpunip)! Propagation Delay Time, High to Low Level, From Differential Inputs A and R, = 3909, C, = 50 pF 17 26 ns B to Output (Note 1) (ten. io)) Propagation Delay Time, Low to High Level, From Strobe Input G to R, = 39082, C, = 50 pF 10 15 ns Output (teensy) Propagation Deiay Time, High to Low Level, From Strabe Input G to Ry = 3902, C, = 50 pF 8 16 ns Output (ten isy) Disable Low to High to Output High Oo 2 O, = fa to Off (tyy!} R, +3902, C, =5p 20 ns Disable Low ta High to Output Low oO = 3902 =5pF to OFF tig.) Ry = 3902, C, = 5p 30 as Disable High to Low to Output Off . . F to High ttass) RL Ik toOV,C, = 50p 25 ns Ossable High to Low to Output Off R, = 3909. C, = 50 oF 25 as to Low (tuo Note 1: Differential input is +100 mV to -100 mV pulse. Delays read from O mV on input to 1.5V on output. 4-35 S V80LSSINT/VZOLSSW1 soleLM55107A/LM55108A Series LM363A dc electrical characteristics (0c<t1, <+70C) LimMITs PARAMETER CONDITIONS LM3634 UNITS MIN TYP MAX High Level Input Current Veo? = Max, Veco = Max 30 15 BA Into 1A, 1B, 2A or 2B (lw) Vin = O.5V, Vic = ~3V to 3V Low Level Input Current Veo = Max, Vec* _ 10 BA into 1A, 1B, 2A or 2B (lic) Vip = 72, Vic High Level input Current Vee? = Max, Voc = Max, Into 1G, 2G or OD (yt Ving: = 2.4V 40 BA High Level Input Curent Veco = Max, Voc = Max. 1 mA Into 1G, 2G or D (ly) Vins) = Max Vec* Low Level Input Current Veo* = Max, Voc = Max, 16 mA IntoD (he) Views = 0.4V Low Level Input Current Voc? = Max. Vee = Max, 40 uA Into 1G or 2G (ht Vieipy = 2. Vine) = 0.4V Low Level Input Current Veo* = Max, Veco = Max, 16 ma into 1G or 2G (Jiu) Vinioy = 0.8. Vitig) = 0.4V . High Level Output Veo* = Min, Vee = Min, Voltage (Von) Loan =-2 MA, Vip = 10 mV, 24 v Vitiw) = 0.8V, Vic = -3V to 3V Low Level Output Vec* = Min, Veco = Min, Voltage (Vo_) Isink = 16 MA, Vip =10 mV, 04 v Vitioy = 0.8V, Vie = -3V to 3V Output Disable Current Vee? = Max, Voce = Max, 40 A (lop) Vinioy = 2. Vour = 2.4V # Output Disable Current Vec* = Max. Voc = Max, 40 A Hoo) Vinton = 2, Vour = 0.4V 4 Short Circuit Qutput Voc* = Max. Vir io) = 0.8V. _ Current (lgg} Vee" = Max 8 70 mA High Logic Level Supply Veet = Max, Veg = Max, Current From Veo* Uccu*) Vio = 10 mV, Ta = 28C 28 40 mA High Logic Level Supply. Veo = Max, Veo = Max, _ A Current From Vec (lecu) Vig = 10 mV, Ta = 25C 8.4 18 m Input Clamp Voltage on Veet = Min, Vee7 = Min, GorD (V)} ly 2-12 MA, Ta = 25C a 15 v ac switching characteristics (Vect =5V. Vee = -5V, Ta = 25C) LIMITS PARAMETER CONDITIONS LM363A UNITS MIN TYP MAX Propagation Delay Time, Low to High Level, From Differential Inputs A and R. = 4708, Cy = 15 pF 35 ns B to Output (Note Tt} (tecnio)) Propagation Delay Time, High to Law Level, From Differential inputs A and Ry = 4702, C, = 15 pF 20 ns B to Output (Note 1) {tewiior) Propagation Delay Time, Low to High Level, From Strobe tnput G to R, = 4702, C. = 15 pF 7 ns. Ourpet (teensy) Propagation Delay Time, High to Low Level, From Strobe input G to R, = 4702, C, = 15 pF 17 ns Output {tencisy) Disable Low to High to Output High 9 Ry = 4702, C. = 5 pF to Off {tay} u Loe 20 ns Disable Low to High to Output Low R, = 4702. = F to OFF itor) L .C. =Spl 30 ns Disable High to Low to Output Off RL = t = 15 pF to High (ty) c= Ik tae OVC, pt 25 ns Disable High to Low to Output OF Ry = 4702, C, = 15 pF 26 ns to Low (tyol Note 1: Differential input is +10 mV to -30 mV pulse. Delays read from 0 mV on input to 1.5V on output. 4-36