Analog input and outputs Delays stable and precise 24pin DIP package (.225 high) Available in delays from 20ns to 1000ns Twenty (20) equally-spaced taps Available in impedances of 50, 100, 200, 350 and 500 ohms design notes The 24DIP series Lumped Constant Passive Delay lines developed by Engineered Components Company have been designed to provide precise delays for analog delay line applica- tions. These delay lines provide excellent delay accuracy, low DCR, low attenuation and low distortion. These delay lines are offered in 116 models with delays from 20 to 1000ns and with taps at 5% increments of total delay. Delay time is measured at the 50% point on the leading edge. Ac- curacies are maintained as shown under Operating Characteristics." Temperature coefficient of delay is less than 75 ppm/C over the operating temperature range of ~ 55 to +125C. L engineered components company 3580 Sacramento Drive, P. O. Box 8121, San Luis Obispo, CA 93403-8121 Phone: (805) 544-3800 low profile hr LUMPED CONSTANT 24DIP series LC delay lines are intended for use in most analog applications; they are also compatible with the low signal levels of TTL and ECL. These delay lines find extensive use in pro- viding the required delay timing functions necessary in radar, computer, communication, testing and instrument applications. Construction of the 24DIP series utilizes miniature inductors and monolithic ceramic capacitors to provide the utmost in miniaturization and reliability. The MTBF on these delay lines, when calculated per MIL-HDBK-217, for a 50C ground fixed en- vironment and with 5V DC applied, is in excess of 13 million hours. The 24DIP series delay lines are packaged in a 24-pin DIP housing, molded of flame-proof Dially! Phthalate per MIL-M-14, Type SDG-F. These delay lines are designed to meet the ap- plicable portions of MIL-D-23859 and they are capable of meeting the environmental requirements of MIL-STD-202 for moisture resistance, vibration, temperature cycling, humidity and life. Flat metal leads meet the solderability requirements of MIL- STD-202, Method 208. Corner standoffs on the housing provide positive standoff from the printed circuit board to permit solder- fillet formation and flush cleaning of solder-flux residues for im- proved reliability. Marking consists of manufacturer's name, logo (EC2), part number, terminal identification and date code of manufacture. All marking is applied by silk screen process using white epoxy paint in accordance with MIL-STD-130, to meet the permanency of identification required by MIL-STD-202, Method 215.PART NUMBER TABLE Part Delay Rise Tap |impedance| DCR | Part Delay Rise Tap |lmpedance| DCR Number Time Time | Delay (ohms) |(ohms) Number Time Time | Delay (ohms) |{ohms) (ns) (ns) (ns) (ns) (ns) (ns) 24DIP-520 20+ 1.2 5.0] 1.0+0.5 50 3.0 924DIP-3540 40+ 2.0] 11.0] 2.0 +0.5 350 7.0 24DIP-530 30+ 1.5 7.0) 1.56 +0.5 4 3.0 |24DIP-3550 50 + 25] 13.0] 2.5 +06 A 7.0 24DIP-540 40 + 2.0 9.0] 2.0 +0.5 3.0 ]24DIP-3560 60 + 3.0] 15.0] 3.0 +06 7.0 24DiP-550 50+ 25] 10.0] 2.5 +0.6 3.0 24DiIP-3580 80+ 40] 18.0] 4.0 +0.8 7.0 24DIP-560 60 + 3.0] 12.0] 3.0 +0.6 5.0 [f24pIP-35100 | 100 + 5.0] 22.0] 5.0 +1.0 7.0 24DIP-580 80 + 4.0] 15.0] 4.0 0.8 5.0 f240ip-35120 | 120+ 5.5] 25.0] 6.0 +1.2 7.0 24DIP-5100 100 + 5.0] 19.0] 5.0 +1.0 5.0 [f24piPp-35140 | 140 + 6.0] 28.0] 7.0 +1.4 9.0 24DIP-5120 120 + 5.5] 21.0] 6.0 +1.2 5.0 fy24piep-35150 | 150+ 7.0] 29.0] 7.5 +1.5 9.0 24DIP-5140 140 + 6.0] 23.0] 7.0 +1.4 5.0 [f$24pip-35160 | 160 + 8.0] 31.0] 8.0 +1.6 9.0 24DIP-5150 150 + 7.0] 25.0] 7.5 +1.5 5.0 [f24pIPp-35180 |180 + 9.0] 34.0] 9.0 +1.8 9.0 24DIP-5160 160 + 8.0] 26.0] 8.0 +1.6 5.0 $f24DiP-35200 | 200 +10.0 | 36.0]10.0 +2.0 9.0 24DIP-5180 180 + 9.0] 28.0] 9.0 +1.8 5.0 [f24DIP-35250 | 250 +12.0 | 49.0)12.5 +2.2 12.0 24DIP-5200 200 +10.0 | 30.0 ]10.0 +2.0 5.0 9f24DIP-35300 | 300 +14.0] 52.0]15.0 +2.5 12.0 24DIP-5250 250 +12.0 | 36.0 |12.5 +2.2 5.0 9240iP-35350 | 350 +16.0} 60.0]17.5 +2.7 12.0 24DIP-5300 300 +14.0] 44.0 ]15.0 +2.5 5.0 f24piP-35400 | 400 +18.0] 65.0]20.0 +3.0 12.0 24DIP-5350 350 +16.0 } 50.0 ]17.5 +2.7 5.0 Jf24pip-35450 | 450 +19.0] 70.0]22.5 +3.2 18.0 24DIP-5400 400 +18.0 | 60.0 ]20.0 +3.0 5.0 |424DIP-35500 | 500 +20.0] 78.0/25.0 +3.5 18.0 24DIP-5450 450 +19.0 | 62.0 ]22.5 +3.2 5.0 [424DiP-35600 | 600 +22.0] 90.0]30.0 +3.8 24.0 24DIP-5500 500 +20.0] 65.0 |25.0 +3.5 5.0 |h24D1P-35700 | 700 + 24.0 | 105.0]35.0 +4.0 24.0 24DIP-5600 600 +22.0] 80.0 130.0 +3.8 5.0 9[24DiP-35800 | 800 +26.0]115.0/40.0 +4.2 24.0 24DiP-5700 700 +24.0 | 90.0 |35.0 +4.0 7.0 |f2401P-35900 | 900 + 28.0 | 130.0]45.0 +4.5 Y 30.0 24DIP-5800 800 + 26.0 ]100.0 |40.0 +4.2 7.0 [[24DIP-351000 |1000 + 30.0 | 140.0/50.0 +5.0 350 30.0 24DIP-5900 900 + 28.0 ]110.0 [45.0 +4.5 ' 7.0 24DIP-51000 flO00 + 30.0 |140.0 |50.0 +5.0 50 7.0 24DiP-1020 20 + 1.2 5.0] 1.0 +0.5 100 5.0 [24DIP-5040 40 + 2.0] 14.0] 2.0 +0.5 500 7.0 24DIP-1030 30+ 1.5] 7.0] 1.6 +0.5 A 5.0 [24piP-5050 50 + 2.5] 16.0] 2.5 +0.6 A 7.0 24DIP-1040 40 + 2.0 9.0] 2.0 +0.5 5.0 |24D1P-5060 60 + 3.0] 19.0] 3.0 +06 7.0 24DiP-1050 50 + 25] 10.0] 25 +06 5.0 80 + 40] 22.0] 4.0 +0.8 7.0 24DIP-1060 60 + 3.0] 12.0] 3.0 +06 5.0 100 + 5.0] 26.0] 5.0 +1.0 9.0 24DIP-1080 80+ 40| 16.0] 40+08 5.0 120 + 55] 30.0] 6.0 +1.2 9.0 24DIP-10100 | 100 + 5.0] 18.0] 5.0 +1.0 5.0 140 + 6O] 34.0] 7.0 +1.4 9.0 24DIP-10120 1120+ 5.5] 20.0] 6.0 +1.2 5.0 150 + 7.0] 35.0] 7.5 +1.5 9.0 24DIP-10140 |1140 + 6.0] 22.0] 7.0 +1.4 5.0 160 + 8.0] 36.0] 8.0 +1.6 9.0 24DIP-10150 | 150 + 7.0] 23.0] 7.5 +1.5 5.0 180 + 9.0] 39.0] 9.0 +1.8 12.0 24DIP-10160 |160 + 8.0] 25.0] 8.0 +1.6 5.0 200 +10.0] 44.0]10.0 +2.0 12.0 24DIP-10180 |180 + 90] 27.0] 90+1.8 5.0 250 +12.0| 50.0]12.5 +2.2 12.0 24DIP-10200 | 200 +10.0 | 30.0 }10.0 +2.0 5.0 300 +14.0| 55.0 |15.0 +2.5 12.0 24DIP-10250 | 250 +12.0 | 36.0 ]12.5 +2.2 5.0 350 +16.0] 62.0]17.5 +2.7 14.0 24DIP-10300 | 300 +14.0 | 42.0 ]15.0 +2.5 7.0 400 +18.0] 72.0120.0 +3.0 14.0 24DIP-10350 | 350 +16.0 | 50.0 ]17.5 +2.7 7.0 450 +19.0| 78.0 |22.5 +3.2 24.0 24DIP-10400 | 400 +18.0 | 55.0 |20.0 +3.0 7.0 500 +20.0] 85.0]25.0 +3.5 24.0 24DIP-10450 | 450 +19.0 | 62.0 |22.5 +3.2 7.0 600 +22.0] 95.0 |30.0 +3.8 24.0 24DIP-10500 500 +20.0 | 70.0 |25.0 +3.5 7.0 700 +24.0 1105.0 | 35.0 +4.0 30.0 24DIP-10600 | 600 +22.0 | 85.0 |30.0 +3.8 7.0 800 + 26.0 }115.0 |40.0 +4.2 30.0 24DIP-10700 } 700 + 24.0 ]100.0 |35.0 +4.0 9.0 900 + 28.0 1130.0 |45.0 +4.5 y 36.0 24DIP-10800 | 800 + 26.0 ]115.0]40.0 +4.2 / 9.0 1000 +30.0 1140.0 |50.0 +5.0 500 36.0 24DIP-10900 | 900 + 28.0 |130.0 ]45.0 +4.5 \ 9.0 24DIP-101000 fl000 + 30.0 | 140.0 |50.0 +5.0 100 9.0 24DIP-2020 20 + 1.2 5.0] 1.0 +0.5 200 5.0 24DIP-2030 30 + 1.5 7.0] 1.5 +0.5 A 5.0 24DIP-2040 40 + 2.0 9.0] 2.0 +05 5.0 24DIP-2050 50 + 2.5] 10.0] 2.5 +0.6 5.0 24DIP-2060 60 + 3.0] 12.0] 3.0 +06 5.0 24DIP-2080 80 + 4.0] 16.0] 4.0 +08 5.0 24DIP-20100 |100 + 5.0] 18.0] 5.0 +1.0 5.0 24DIP-20120 }120 + 5.5] 20.0] 6.0 +1.2 5.0 24DIP-20140 |140 + 6.0] 24.0] 7.0 41.4 7.0 24DIP-20150 {150+ 7.0] 25.0] 7.5 +1.5 7.0 24DIP-20160 |160 + 8.0] 26.0] 8.0 +1.6 7.0 24DIP-20180 | 180 + 9.0] 28.0] 9.0 +1.8 7.0 24DIP-20200 | 200 +10.0 | 30.0 ]10.0 +2.0 7.0 24DIP-20250 | 250 +12.0 | 38.0 ]12.5 +2.2 7.0 24DIP-20300 | 300 +14.0] 44.0 |15.0 +2.5 9.0 24DIP-20350 | 350 +16.0 | 50.0 ]17.5 +2.7 9.0 24DIP-20400 | 400 +18.0 | 58.0 ]20.0 +3.0 9.0 24DIP-20450 | 450 +19.0 | 65.0 |22.5 +3.2 9.0 24DIP-20500 | 500 +20.0 | 72.0 /25.0 +3.5 12.0 24DIP-20600 | 600 +22.0} 85.0 |30.0 +3.8 12.0 24DIP-20700 | 700 +24.0 |100.0 |35.0 +4.0 12.0 24DIP-20800 | 800 +26.0 |115.0 |40.0 +4.2 14.0 24DIP-20900 | 900 + 28.0 |130.0 |45.0 +4.5 Y 14.0 24DIP-201000 fi000 + 30.0 |160.0 {50.0 +5.0 200 14.0 Special delay lines can be readily manufactured with longer or specific delays, impedances, rise times and package configurations Catalog No. C/041585R for specific applications.PIN No. 2 TAP No. BLOCK DIAGRAM IS SHOWN BELOW 3 4 5 6 7 8 9 10 11 13 14 #15 16 #17 #18 #+19 20 21 22 23 1 2 3 4 5 6 7 8 9 10 147 #12 #13 #14 #=15 16 #17 18 +19 OUT IN [SSO SSE SCN LEO CEOL SCL ETN CLIENT AOL OOOLIOL DOL LOL IECOLISCOL IOLA ECP l | | | II | | | | | | | | | || | | | | | | i | | | | | | MECHANICAL DETAIL IS SHOWN BELOW - 1.270 - NCOUT1918 17161514 13121110 725 e@ 24DIP-10500 NC INT 23456789 C .030 obs fr? "g518 ATTN DE st an oye 7 [100 TYP TT eo r = .018 TYP. .060 we + .600 .010 TYP. + | yr y TEST CONDITIONS = 1. All measurements are made at 25C. 2. Test procedures in accordance with MIL-D-23859. OPERATING CHARACTERISTICS Total delay tolerance: ....... 0.0. ee eee eee See tabulations Tap delay tolerance: ... 2... 2... pee ue ene ae See tabulations @ Rise time, maximum: .. 2... 0 ee ee ee See tabulations Impedance: . 2... ee ee et es 50, 100, 200, 350 and 500 ohms Impedance tolerance: . 2... eee ee ee te ts +10% DC resistance, maximum: .......2. 008 2 eee See tabulations Attenuation, maximum: . 1. wee ee 1.0 db Distortion, maximum: . 2... ee ee ee ee +5% Overshoot, maximum: . 2... ee ee es 10% Working voltage, maximum: ww ee ee ee ee 25V DC Dielectric strength: .... 2... 0 2 eee eee ees 100V DC @ 50ua Insulation resistance, minimum: ..........+80. 10,000 megohms @ 100V DC Referenced from input of delay line.The Leader in Passive Delay Line and Active Digital Module Technology o* manufactures products in T2L Schottky, TL Low Power Schottky, Advanced CMOS, ECL 10,000 and ECL 100K Logic Families. @ LC Passive Delay Lines fixed, tapped and programmable @ Active Digital Delay Linesfixed, tapped, multiple and programmable @ Active Digital Delay Modules in SIP, DIP, Standard, Mini-DIP, Thinny-DIP, Hermetically Sealed, Wee DIP, Surface Mount, Leadless Chip, Double and 10 Tap configuration @ Digital Frequency Multiplier Modules @ Pulse Generator Modules and Programmable Pulse Generator Modules @ Noise Filter Modules oe @ Square Wave Generator Modules @ Memory Timing Modules and Four Phase Clock Modules @ Pixel Clock Generator Modules @ Manchester Encoder and Decoder Modules @ Memory Backup Power Modules All &,- 2 products are always manufactured of the finest materials obtainable, 100% tested and MAGE ss SSa Catalog No. C/041585R