MECHANICAL DETAIL IS SHOWN BELOW ja 200 Pin Mo, 14 13 12 11 10 @ voz 4 6 6 OT SSFX = e d LOM IN 135 7 9 Pin No, 12 3 4 5 6 fF rer | naa MAD i Glo Laka * 1304.010 * 260 | 060-1 ly .o20018, TYP +! be rvF | 1OO TYE fos ooo fF ;t ie ogc 99 9 }t SE 128 *Thru- PAS c ele-010 =| hole Lead - O20 TYR Gull Wing Lead 285 TYR | 100 TB Te 2, a. a4. BLOCK DIAGRAM IS SHOWN BELOW Veo 14 | x | TAP 2 TAP 4 TAP 6 TAP 8 OUT 1a 12 11 eke x x INPUT Ly DELAY LINE WITH ORIVER TL PICKOFF PPE 1 INFUT TAP 1 TAP 3 TAPS Tap? TAP # GROUND TEST CONDITIONS All measurements are made at 25C. Veo supply voltage is maintained at 5.0V DC. All units are tested using a Schottky:toggle-type positive input pulse and one Schottky load at the output being tested. Input pulse width used is 5 to 10ns longer than delay of module under test; spacing between pulses (falling edge to rising edge) is three times the pulse width used. OPERATING SPECIFICATIONS Vee supply current: Constant "0" in Constant "1"in ... 4.75 to 5.25 DC cal [7 ozo TYP |< >| e-.1OOTYP, ~_ : E {} th} f=} Se Lagic 1 Input: orot Voltaga .. a a waa erete os 2V min. Veo max. 375 P, t 395, 7EF Current Pe ee ee ee ee ee . 27 = 20uA Max. | 1 5.5V = 1mA max. tp <= , ABO TYR-+| [= Logic 0 Input: *J Lead Vollage . 2 wae Met aa aS .BV max, +; 285 ogo Current . oe ee ee ee eee -.6mA max. = 7 - Ty : : jee Men ssens "| a cl Logic 1 Vollageout: .. 2.2... ea, . 2.7 min. | fa Touro ae Logic O Voltage out: 2... ee ee eee 5M max. a7 leord ' 435 Operating temperature range: ...... Oto FHC - W | . a 0 i nononann | Storage temperature:, 2... eee) 6755 to +125C, CaO TYP] [= L995 * Delays increase or decrease approximately 2% for a respectiv "Tucked Lead increase or decrease of 5% in supply voltage. PART NUMBER TABLE @ DELAYS AND TOLERANCES (in ns) Suffix Part Number with G PART NO. rap1| Tap2| Tap3| TaAP4| Taps | Tape | TAP? | TAPe | TAPS | OUTPUT (for Gull Wing Lead), J (for J | sceya oM-TTL-15 zi 721 Bat get | 1021 | 1721 iat | i341 | i4at | 1521 Lead), F (for Thru-hole SSFXLDM-TIL-19.5 G21 7.521 gad 10.541 | 1241 13.5 21 15 41 16.5 41 | 1821 19.541 Lead) or T (for Tucked Lead). | SSFXLDM-TTL-24 6x1 Bat 1021 121 1441 i644 1821 20 +1 2224 24 41 E les: SSFXLDM-TTL- | SSFXLOM-TTL-28.5 6 =1 B.521| 1121 19541] i641 18541) 211 29541 | 2641.5 | 28.5415 See SSFNLDM-TTL-33 B xt g21 | 1221 | i521 | Wet | 2121 Mel | 27215 | 30415) 93215 50G (Gull Wing), SSFXLDM- | ssrx_om-TTL-a2 Bi | 1021 1441 iB 1 22 +1 26415) 30215] 34415 | SHa2 | 4222 TTL-70 (J Lead) ,SSFXLDM- | SSFXLOM-TTL-50 +1 1021 1541 2041 25215 | W415 | 3521.5 | 4042 45 42 50 a2 = : + : 25 TTL-80F (Thru-hole Lead) or | SSFXLOM-TTL-60 Bai | 1221 1x4 24 a1 20215 | 36415 | 4242 | doa2 | 5422 BO a (| | SSEXLOM-TTL-70 Fat | 14st 21 +1 28415 | 35215 | 4222 4942 | 5622 6222.5] 70 42.5 FXLDM-TTL-90T (Tucked =} ssey_pM-TTL-80 azt | i621 | 241 | 32215] 4022 | 4822 | S622 | 64225 | 72225|/ 8023 Lead). SSFXLOM-TTL-90 941 18 a1 2721.5] 36215) 4522 Sd #2 69225 | 72225 | 6129 90 49 SSFXLOM-TTL-100) | 1d21 | 2041 20215] 4022 | 5042 | 60225 | 7O225 | 80+9 | 8049 | 10049 SSFXLDM-TTL-125 | 12.541] 25415] 37.522] 50422 | G2.542.5| 7542.5 | 875239 | 10049 | 112544) 125 24 SSFXLDM-TTL-150 | 1521 | 90415) 4542 60225] 75225 | 9023 10544 | 12024 | 13544 | 15045 SSFEXLOM-TTL-175 | 17.541] a5a2 | $2522] 70225 | 87.549 |105 44 122.544 | 14025 | 157.545] 17545 SSFXLOM-TTL-200 | 2041 | 4042 | 60225] B49 | 10043 [120 24 14045 | 16045 |iags6 | 20026 SSFXLOM-TTL-250 | 25415] S042 | 7522.5] 10049 | 12544 /150 45 i755 |200+6 [22527 | 25028 SSExLOM-TTL-and =| a0415] 6022.5] 9023 | 12044 | 15045 [18046 | 21047 | 24027 | 27d28 | 900 29 SSFXLOM-TTL-3500 | 9541.5) 7022.5] 10504 | 14045 | 17845 21047 24548 | 28029 [315210 | 350411 SEFXLOM-TTL-400 || 4042 | 8043 | 12044 | 18045 | 20046 24027 2an+9 | 920210 | S50 211 | 400 +12 SSFXLOM-TTL-450 | 45 22 aoa | 19524 | danse | oes? leroee | 915410 | oeda11 | 405412 | 450214 SSExLOM-TTL-5c0 =| Soa2 | 10020 | 15045 | 20046 | 25028 [a0029 | 350211 | aod at? | 450214 | 500415 SSEXLDM-TTL-f00 6 | 6022.5) 12024 | 18025 | e4ne7 | 90029 [ae0211 | 420219 | 480415 | 540416 | 600418 SSEXLDM-TTL-700 | 7022.5) 14028 | 21047 | 28029 | 50211 [420219 | 490215 | 560417 | 690419 | 700 220 SSEXLOM-TTL-#oo 6} O49 | 18025 | 24047 | aeoe10 | atoei2 |aao2i5 | se0217 [ead sig | 720220 | Boo 220 SSEXLDMTTL-900 6} s029 | 1ag26 | 27028 | a6o11 | 450214 [540216 | B30219 | 720420 | A1d420 | ooo 222 SSEXLOM-TTL-1000 [10043 | 20026 | 30049 | 400212 | 500215 |eO0218 | 700220 | B00+20 | 900422 | 1000 a2 @ All modules can be operated with a minimum input pulse width of 20% of full delay or Sns min and pulse period approaching square wave; since delay accuracies may be somewhat degraded, i is suggested that the module be evaluated under the intended specific operating canditions. Special modules can be readily manuiactured to improve accuracies and/or provide customer specified random delay times for specific applications. Catalog No. C/123092