INTEGRATED POWER &c De 48254698 G000e565 e ie 4825898 INTEGRATED POWER 82D 00258 D 7T-D 1.5 Amp Quad Darlington ae Arrays 7 e/3-2 7 SEMICONDUCTORS, LTD. Description Features These high-voltage, high-current darlington , Four power drivers per package arrays are monolithic bipolar devices especially . 41.5 amp collector currents designed for interfacing low-level control logic and peripheral loads such as relays, soleniods, 80 and 50 volt BVcey ratings DC and stepping motors, multiplexed LED and + Internal clamp diodes for inductive incandescent displays, and heaters. The logic loads inputs are designed to be compatible with TTL, DTL, LSTTL, CMOS and NMOS logic families. Several of the arrays include internal clamp diodes for driving inductive loads, and + Low internal parasitics breakdown voltage ratings to 80 volts are * Compatibility with all popular logic familles Cw ze Ne @S > a! ov a2 ~s 5g S= os ye available. Connections Top View TS 7 NVI 7 [TST Kies GY 6] Ca Kies [1] [6] C4 oH 6} 4 ce is] Ne eZ ri5] Ba ey [2] 5] Ba a & [14] 84 a1 (3 [4] vs a1 By [ra] 84 GND {4 13} GND GND {4 43) GND sus | 4 13] SUB GND [5 12} GND GND [5 12{ GND susp [5 12] SUB 82 [6] fi} 83 82 [6] [ti] 83 82 [& i] 83 ce 7 [15] Ne ne 7] fio} 3 e2 70) &3 koa 9} C3 c2 (8 9] K2a3 cz [Bl P23] 3 ULN2064 - ULN2067 ULN2068 - ULN2071 ULN2074 - ULN2077 N Package EPS 4-15we ceekeca hoe ae nee ea ee a kD eee Te ee EE te EERE oe > ee ne ee ee ee INTEGRATED POWER &e dey 4825898 O000eS4 4 IT 4825898 INTEGRATED POWER ' g2D 00259 D Absolute Maximum Ratings 7-43-25 Input Voltage (Note 2) See Selection Guide Power Dissipation at Ta = +25C 2.77W Input Current (Note 3) 25mA Thermal Resistance: junction to ambient 45C/W Supply Voltage Operating Junction Temperature +150C UENeoceo7t bv Operating Ambient Temperature Range -20C to +85C Output Voltage See Selection Guide Storage Temperature Range ~55C to +150C Output Current (Note 1) 1.75A Lead Temperature (Soldering, 10 sec.) +300C Output Sustaining Voltage See Selection Guide Absolute maximum ratings are those values beyond which the safety of the device cannot be guaranteed. They are not meant to imply that the device should be operated at these limits. The electrical characteristics provide conditions for actual device operation. Note 1: Allowable combinations of output current, number of outputs conducting, and duty cycle are shown on the following pages. Note 2: Input voltage is referenced to the substrate (no connection to other pins) for type ULN2074/78/76/77; reference is ground for ail other types. Note 3: Input current may be limited by maximum allowable input voltages. Schematic Diagr. AMS (Single Darlington Shown) Section 4 - Power Drivers ULN2064 through ULN2077 7.2K - oh ULN2064/2065: Riy = 3502 ULN2068/2069: Rin =2.5KQ,Rg=9002 ULN2074/2075: Rin =3502 ULN2066/2067: Riy =3KQ. ULN2070/2071: Rin = 11.6KQ, Rg =3.4KQ_ ULN2076/2077: Rin = 3KQ2 4-16 EDSINTEGRATED POWER d2 vey yaeseds ocooodeko o i 4825898 INTEGRATED POWER 82D 00260 6D Electrical Characteristics (Unless otherwise indicated, electrical characteristics apply for Ta =25C only) ULN2064/2067 Parameter Conditions Device Min | Max | Units Output Leakage Current, ioex VogE = 50V 2064/66 100 | pA Voge = 50V, Ta = 70C 500 pA Vog = 80V 2065/67 100 | pA VoE = 80V, Ta = 70C 500 | HA Output Sustaining Voltage, Voce (Sus) io = 100A, Vix = 0.4V 2064/66 35 Vv Ig = 100mA, Vij = 0.4V 2065/67 50 Vv Collector-Emitter Saturation Voltage, VCE (SAT) Io = 500mA, Ip = 625pA All 1.4 Vv Io = 750mA, Ip = 935pA 12] V I-= 1.0A, ig = 1.25mA 13 [Vv Ig = 1.254, Ip = 2.0mA 14/[oV Ig = 1.54, Ig = 2.25mA 2065/67 15] Vv Input Current, lN(ON) Vin =2.4V 2064/65 14) 43 | mA <n VIN=3.75V 33 | 96 | mA cS 8 Vin=5.0V 206667 | 06 | 18 | mA 25 Vin= 12V 17 | 52 | mA BR Input Voltage, VIN(ON) VoE = 2.0V, Ig =1.0A 2064/65 zo] Vv 3 Vog = 2.0V, Ig = 1.254 2064 25/1 V & 2 VoE = 2.0V, Io = 1.54 2065 25] V cs VoE =2.0V, Ig = 1.0A 2066/67 65 | Vv cg VoE=2.0V, ig = 125A 2066 70 | Vv So VoE = 2.0V, I= 1.5A 2067 io | V x? Turn-on Delay, tp_H 0.5 Ey 00.5 Equy All 10] pS Turr-off Delay, tpHL 0.5 En to0.5 Equt All 15 | pS Clamp Diode Leakage Current, IR Vp = 50V 2064/66 50 pA Vp =50V, Ta = 70C 100 | pA VR =80V 2065/67 50 | pA Vp = 80V, Ta = 70C 100 | pA Clamp Diode Forward Voltage, VF Ip = 1.0A All 175] V Ip = 1.5A 2.0 Vv 4-17 poet re See EToa sof - ~ 2 ke a ee we INTEGRATED POWER G2 a yaaseade ooooebl c L 4825898 INTEGRATED POWER 82D 00261 D Sn FEE NE EieaET ToT RE ee ee HES a Electrical Characteristics, Continued 7-43-25 (Unless otherwise indicated, electrical characteristics apply for Ta =25C only) ULN2068/2081 Parameter Conditions Device Min | Max { Units Output Leakage Current, IcEX Voge =50V 2068/70 400 | pA Voge = 50V, Ta = 70C 500 ] pA Voce = 80V 2069/71 100 ] pA Vg = 80V, Ta = 70C 500 | pA Output Sustaining Voltage, VCE (SUS) Ig = 100MA, Vin = 0.4V 2068/70 35 V Ig = 100A, Vin =0.4V 2069/71 50 Vv i Collactor-Emitter Saturation Voltage, VCE (SAT) Ig. = 500mA, Vin = 2.75V 2068/69 i.1 Vv : ; Ic = 750A, VIN = 2.75V 12 V : Io =1.0A, VIN= 2.75V 13 Vv Ig = 125A, VIN = 2.75V 14] V Io = 1.5A, Vin =2.75V 2069 15 | Vv of Ig = 500A, Vin = 5.0V 2070/71 ia Vv 50 Io = 750MA, Vin = 5.0V 12 Vv 23 i=1.0A, Viy =5.0V 13a | V e> Ig = 125A, VIN=5.0V 14] V = Ig = 1.5A, Vin =5.0V 2071 is | Vv a. 9 Input Current, lIN(ON) VIN = 2.75V 2068/69 550 pA +2 Vin =3.75V 1000 | pA 5s S VIN =5.0V 2070/71 400 | pA oS Vin = 12V 1250 | pA a5 input Voltage, VIN(ON) Vop = 2.0V, IG=1.25A 2068 275 | V VCE = 2.0V, Io =1.5A 2069 275 | V Veg =2.0V, I= 125A 2070 50 ] V Vog =2.0V, Ig =1.5A 2071 50] V Supply Current, lg Io = 500MA, Vin = 2.75V 2068/69 6.0 | mA Io = 500mA, Vin = 5.0V 2070/71 45 7] mA Tum-on Delay, tPLH 0.5 En 0 0.5 EQuT All 1.0 ps Tum-off Delay, tpH_ 0.5 En 0 0.5 Eur All 15 pS Clamp Diode Leakage Current, IR VR=50V 2068/70 50 pA VR =50V, Ta = 70C 100 | pA Vp=80V 2069/71 50 | pA Vp = 80V, Ta = 70C 100 | pA Clamp Diode Forward Voltage, VF ip =1.0A All 175 | V ip =1.5A 20 } V 4-18 EPS ho=: - ors . * 7: ~ eee EL A EE ~ INTEGRATED POWER dc ell 4825898 OO00ebe 4 I o ser ee in eet ie eS 1 4825898 INTEGRATED POWER 82D 00262 D Electrical Characteristics, continued T= 43-2 (Unless otherwise indicated, electrical characteristics apply for Ta =25C only) : ULN2074/2077 Parameter Conditions Devices Min | Max | Units Output Leakage Current, Icex Vg = 50V 2074/76 100 | pA Vog = 50V, Ta = 70C 500 | pA Vg = 80V 2075/77 100 | pA Vog = 80V, Ta = 70C 500 | pA Output Sustaining Voltage, VCE (SUS) Ig = 100MA, Vin = 0.4V 2074/76 35 v In. = 100MA, Vin = 0.4V. 2075/77 50 Vv Collector-Emitter Saturation Voltage, VCE (SAT) Ic = 500mA, Ip = 625pA All 1.1 Vv Ig = 750MA, Ip 4 935pA 12 |] V Io =1.0A, Ip =1.25mA 13] V ig = 1.254, Ig = 2.0mA 14] V Ip = 1.5A, Ip = 2.25mA 2075/77 i5 | V c Input Current, NON) Vin=2.4V 207478 | 14 | 43 | mA c g Vin =3.75V 33 | 96 | mA SF Vin=5.0V pore? | 06 | 1.8 | mA Re Vi = 12V 17 | 52 ] mA 25 Input Voltage, ViN(ON) VE = 2.0V, Io = 1.0A 2074/75 20 | V &2 VoE = 2.0V, Io = 125A 2074 25} V q Vg =2.0V, Ig = 1.5A 2075 25 | V 5g Vog = 2.0V, Ig = 1.0A 2076/77 65 | V Ns VoE=2.0V, Ig= 125A 2076 70 [Vv ya VCE =2.0V, Ig = 1.54 2077 10 | Vv Turn-on Delay, tpLH 0.5 Ey t00.SEQuT All 1.0 us Turn-off Delay, tPHL 0.5 Eqn to 0.5 EQuT All 1.5 | us EDS 4-19am ee as mn lla ET Ben a INTEGRATED POWER 42 Dey uaasada aoooebs bg 4825898 INTEGRATED POWER 82D 00263 D Typical Performance Characteristics 7-43-2357 Collector Current vs. Input Current Collector Current vs. Input Current < ULN2065767 < g ULN7075/77, o 2 5 5 ULN2068.69 g & 3 = 8 3 = a 5 2 8 & 3 4 3 8 8 o a5 1.0 15 2.0 25 20 a5 a 50 100 180 INPUT CURRENT lin imAl INPUT CURRENT - IN (HAS a Peak Collector Current vs, Duty Cycle Peak Collector Current vs. Duty Cycle At Ta* i OF JOUCTING SIMULTAINEOUSLY. ULN2064 THROUGH ULN2077 WITH STAVER V-7 HEAT SINK NUMBER OF DRIVERS PEAK COLLECTOR CURRENT - Ic (A) PEAK COLLECTOR CURRENT ~ Ic (Al Section 4 - Power Drivers ULN2064 through ULN2077 SIMULTAINEOUSLY ULN2064 THAU ULN2077 oO 10 20 30 40 5060 70 80 90 100 a 20 4g 60 380 100 ; | PERCENT DUTY CYCLE PERCENT OUTY CYCLE Logic input Current vs. input Voltage Logic Input Current vs. Input Voltage < = z ULN2064765 ULN2066767 - z ULN2074/75 3 ULN2078/77 i a i AREA OF 5 * z OPERATION WITH 5 : a z i TH Zz i = 5 = 3 3 E 5 . 2 5 = 2 15 20 28 go 35 40 45 $0 5 6 1 8 9 10 1 12 INPUT VOLTAGE Vin (YS INPUT VOLTAGE VIN {VI Logic Input Current vs. Input Voltage INPUT CURRENT (Nm ny Ss 20 25 30 3S 4c 45 40 INPUT VOLTAGE - VIN 4-20 EPSEe Te ate es ~e = me nee RR ee a Qe Be INTEGRATED POWER 4&2 Te 4825898 OoOOdeLY 4 if 4825898 INTEGRATED POWER 82D 00264 OD Order Information 43-25 Vin | Yoe= 50V VcE = 80 Input Conditions MAX Ig = 1.5A te = 1.5A TTL, DTL, Schottky TTL, 5V CMOS and NMOS 15V | ULN2064N | ULN2065N 6 to 15V CMOS and PMOS 30V | ULN2066N | ULN2067N TTL, DTL, Schottky TTL, 5V CMOS and NMOS 15V | ULN2068N | ULN2069N 6 to 15V CMOS and PMOS 30V | ULN2070N | ULN2071N General Purpose 30V | ULN2074N _ General Purpose 60V _ ULN2075N 6 to 15V CMOS and PMOS 30V | ULN2076N _ 6 to 15V CMOS and PMOS , 60V _ ULN2077N ZLOZN1N YBnoy) y9OZN TN SIBAUC] JOMOd - $ UOIOES Integrated Power Semiconductors, Ltd. cannot assume responsibility for use of any circuitry other than circuitry embodied in an Integrated Power product. No circuit patent licenses are implied. Integrated Power reserves the right to change the circuitry specifications without notice at any time. Integrated Power Semiconductors, Ltd. 2727 Walsh Avenue, Suite 201, Santa Clara, CA 95051 + Telephone : 408-727-2772 Telex: 350073 (IPS SNTA) * FAX: 408-988-6185 B Quaker Drive, West Warwick, RI02893+ Telephone: 401 -821-4260 + Telex: 332048 (IPS Rl) * FAX: 401-823-7260 2081 Business Center Drive, Sulte 140, irvine, CA 92715 * Telephone: 714-752-0188 FAX: 714-752-5019 789 Turnpike Street, North Andover, MA 01845 + Telephone: 617-683-9042 + FAX: 61 7-975-0193 IST PEE I ee es ee Be