ANALOG DEVICES 8-Bit High-Speed Multiplying D/A Converter (Universal Digital Logic Interface) 1.0 1.2 1.2.3 1.3 1.5 REV. C SCOPE This specification covers the detail requirements for an 8-bit monolithic digital-to-analog converter which provides very high-speed performance coupled with low cost and outstanding applications flexibilty. it is highly recommended that this data sheet be used as a baseline for new military or aerospace spec control drawings. Part Number. The complete part numbers per Table | of this specification follow: Device Part Number Package A DAC-08AQ/883 Q x DAC-08Q/883 Q x DAC-08RC/883 RC Case Outline. Letter line (Li finish per MIL-M-3851 Q 16-lead ceramic dual-in-line package (CERDIP) RC 20-contact hermetic leadless chip carrier (LCC) Absolute Maximum Ratings. (T Am 25C, unless otherwise noted) Operating Temperature Range -55C to +125C DICE Junction Temperature Range (T J) sesstsesestecssnsenctsnensssnsessonsorsessnnscssies -65C to +150C Storage Temperature Range -65C to +150C Power Dissipation 500mW Derate Above 100C 10mw/C Lead Temperature Range (Soldering, 60 SOC) .........ssssscssserssssssssesssectsssesssesensseenes +300C V+ Supply to V- Supply 36V Logic Inputs. V-to (V- + 36V) Vi Chiseeetessssesenetconnessnnensssnnsoonosssnsnssssossesenssusssesessessssssussceeosgeronsnsuseenesanesansnssssansesnssinnctiney V- to V+ Analog Current Outputs (at Vg- = 15V) 4.25mA Reference Input Differential Voltage (V4 4 to V4 5) ------scssssccseessssecsessseeserssserenteensenrsnnnes +18V Reference Input Current (I, 4) 5.0mA Thermal Characteristics: Thermal Resistance, CERDIP (Q) package: Junction-to-Case ( 5) = 29C/W MAX Junction-to-Ambient (8 Ja) = 91 C/W MAX Thermal Resistance, LCC (RC) package: Junction-to-Case (8 jo) = 35C/W MAX Junction-to-Ambient (8 j 4) = 110C/W MAX DIGITAL-TO-ANALOG CONVERTERS 8-203 DIGITAL-TO-ANALOG CONVERTERS aDAC-08 TABLE 4 = +15V; -55C < T, < +125C unless otherwise specified. IREF = 2MA; Output characteristics refer to both lout 2d lout: DAC-03/883 UMITS A LIMITS X Characteristics Symbol Special Conditions Min Max Min Max Units I+ Vs = 15V or +5V, -15V - 3.8 - 3.8 mA Power Supply Vs = +5V, IREF =1mA - 3.8 - 3.8 mA I- Vs = +15V or +5V, -15V - -7.8 - -7.8 mA Vg = #5V, lage = IMA - 5.8 - 58 mA Vrer = 10.000V 194 2.04 194 2.04 mA Full Range Ry 4g: Ry5 = 5-000kn Current len Ver = 10.000V 1.984 2.000 1.94 204 mA Ry 4: Ay5 = 5.000kn Tp = +25C Output Voltage Voc Full Range Current -10 +18 -10 +18 Vv Compliance Change < 1/2 LSB PSSlrg, V+ = 4.5 to 18V; V- = -18V - +0.01 - 0.01 Aly Power Supply IReF = IMA %AVt Sensitivity PSSleg. V- = -4.5 to -18V; V+ = 18V - +0.01 - +0.01 Kalo lREF =1mA %AV- Logic Input Vis leR = 1.94mA (min) -10 +18 -10 +18 Vv Swing leR = 2.04mA (max) Logic Input Vib Logic "0", V| = OV - 0.8 - 0.8 v Levels Vin Logic "1", Vj = OV. 2 - 2 - v Logic Input Current Ut Vin =-10V, Vic =0V - -10 - -10 nA (Each Bit) li Vin = 18V, Vig = OV - 10 - 10 nA Zero Scale Current lag - 1 - 2 pA 8-204 DIGITAL-TO-ANALOG CONVERTERS REV. CDAC-08 TABLE 1 in Vg = 2 15V; -55C < Ty < +125C unless otherwise specified. lREF = 2MA; Output characteristics refer to both lout and Igyt: DAC-08/883 UMITS A LIMITS X Characteristics Symbol Special Conditions Min Max Min Max Units Reference Bias \y 5 0 3 0 -3 pA Current lOR, Veer = 15.0V, V- =-10V 2.1 - 2.1 ~ mA Output Current Rig Ay 5 = 5.000kn Range 1OR, Veer = 25.0V, V- =-12V 4.2 - 4.2 - mA Ry 4: Ry5 = 5.000kn Full Range leRS lcR-leR - +4 - +8 nA Symmetry Monotonicity 8 - 8 - Bits Nonlinearity NL - +0.1 - +0.19 %FS Full Scale Tempco TCles - +50 - +80 ppm/*C Settling Time t. To +1/2 LSB ~ 135 - 150 ns Propagation Delay tPLH Low to High Transition - 60 - 60 ns All Bits Switched teu High to Low Transition ~ 60 ~ 60 ns Reference Input di/dt Reg = 2000, Co = OpF 4 - 4 - mA/gs Slew Rate R, = 1000 Power Vg = +5V, IRE =1mA ~ 48 ~- 48 mW Dissipation Pa Vg = +5V, -15V; Ipep = 2MA - 136 ~ 136 mw (Note 1) Vg = 15V, Incr = 2mA - 174 ~ 174 mW NOTES: 1. Power dissipation limits are guaranteed by supply current testing. REV. C DIGITAL-TO-ANALOG CONVERTERS 8-205 DIGITAL-TO-ANALOG CONVERTERS aDAC-08 TABLEZ DAC-08/883 Electrical Test Requirements For Class B Devices MIL-STD-883 Subgroups (see Table 3) Test Requirements Interim Electrical 1 Parameters (pre Burn-in) Final Electrical Test 1*,2,3 Parameters Group A Test Requirements 1, 2, 3, 8,9 * PDA applies to Subgroup | only. No other Subgroups are included in PDA. 8206 DIGITAL-TO-ANALOG CONVERTERS REV. CDAC-08 TABLE 3 Group A Inspection Vs = 15V; In_er = 2mA unless otherwise specified. Output characteristics refer to both lout 24 lout: DAC-08/883 LIMITS A IMITS X Subgroup Symbol Special Conditions Min Max Min Max Units Subgroup 1 I+ Vg = +15V or +5V, -15V - 3.8 - 3.8 mA Ve = 5V, | =1mA - 3.8 - 3.8 mA Ss > "REF Tp =+25C L Vs = +15V or +5V, -15V - -7.8 - -7.8 mA Vs = +5V, IREF =1mA - -5.8 ~ -5.8 mA ler Ver = 10.000V 1.984 2.000 194 2.04 mA Ry 4 ys = 5.000kn Voc Full Range Current -10 +18 -10 +18 v Change < 1/2 LSB IZ - 1 - 2 nA IOR,; = Vag = 15.0V, V-=-10V 2.1 - 24 - mA Rig Ry = .000kn lOR, VReEF = 25.0V, V- =-12V 4.2 - 4,2 - mA Ry 4 Ay5, = 5.000kn PSSicg + V+ = 4.5 to 1BV; V- =-18V - +0.01 ~ +0.01 %Alo PSSlIeg_ V- = -4.5 to -18V; V+ = 18V - +0.01 ~ +0.01 Palo 'REF =1mA %AV- lis 0 3 0 3 wA REV. C DIGITAL-TO-ANALOG CONVERTERS 8-207 DIGITAL-TO-ANALOG CONVERTERS aDAC-08 TABLE? Group A Inspection (Continued) Vs = 115V; laer = 2mA unless otherwise specified. Output characteristics refer to both Igy and lout: DAC-08/883 LIMITS A LIMITS X Subgroup Symbol Special Conditions Min Max Min Max Units Subgroup 1 Vit Logic O", Vic= ov - 0.8 - 0.8 Vv Ta =+25C Vin Logie "1", Wg = OV 2 - 2 - Vv (Continued) Me Vin = -10V, Vig = OV - -10 - -10 uA hie Vin = 18V, Vig = OV - 10 - 10 A Vis leR = 1-94mA (min) -10 +18 -10 +18 v leR = 2.04mA (max) Monotonicity 8 ~- 8 - Bits NL - +0.1 - +0.19 %FS Subgroup 2 leR Vagr = 10.000V 1.94 2.04 1.94 2.04 mA R, 4, Aq = .000kn 14,071 Ta =+125C 5 Remaining Tests, Limits and Conditions are the same as for Subgroup 1. Subgroup 3 All Tests, Limits and Conditions are the same as for Subgroup 2. Ta = -55C Subgroup 8 TCles Readings taken from - +50 - +80 ppm/*C +25C to +125C and -55C < Ty < +125C +25C to -55C Subgroup 9 teLH Low to High Transition - 60 - 60 ns Ty = +25C tpHL High to Low Transition - 60 - 60 ns di/dt Reg = 2000, Ce, = OpF 4 - 4 - mA/us A, = 1000 8-208 DIGITAL-TO-ANALOG CONVERTERS REV. CDAC-08 TABLE 3 Group A Inspection (Continued) Vg =+15V; lRer = 2mA unless otherwise specified. Output characteristics refer to both Igut 2d lout: DAC-08/883 IMITS A LIMITS X Subgroup Symbol Special Conditions Min Max Min Max Units Subgroup 9 tsty To +1/2 LSB - 135 - 150 ns Low to High Transition Tay = +25C tsHi To +1/2 LSB - 135 - 150 ns (Continued) High to Low Transition REV. C DIGITAL-TO-ANALOG CONVERTERS 8-209 DIGITAL-TO-ANALOG CONVERTERS aDAC-08 3.2.1 Simplified Schematic and Pin Connections. feo __ | VREF(H) ag IE ct q I o*4] 4 an VREF (V as] . REFERENCE AMPLIFIER l ++ A 1 73 COMP v- . a i Vic [16] COMPENSATION Iasg32 iout 3) vrer (-! BIPIC v- vrer (+) ve [es] Veer) lout ia] ve out = 4 ve se BI [12] 68 1sB NC. NC. Ms8 61 [is] 68 LsB 8 pe) 8 B2 [v4] 87 83 pro] a6 a4 BS gag 88 DAC-08RC/883 ~ 16-PIN DUAL-IN-LINE 20-LEAD LCC PACKAGE (RC-Suftix) (Q-Suffix) 3.2.4 Microcircuit Group Assignment. This microcircuit is covered by microcircuit group 56 4.2 Life Test/Burn-Iin Circuit. rie , TL 16 15 14 13:12 :11:110 9 DAcoB 12 3 4 5 6 7 4 = 3 18V MIN "Lo R= %KN Ci=0.001pF 2,C3 = 0.01nF 8-210 DIGITAL-TO-ANALOG CONVERTERS REV. C