8 pin sil triple ttl compatible active delay lines delay time part delay time ?% or ? ns? number ?% or ? ns? 5 ep9934-5 19 6 ep9934-6 20 7 ep9934-7 21 8 ep9934-8 22 9 ep9934-9 23 10 ep9934-10 24 11 ep9934-11 25 12 ep9934-12 30 13 ep9934-13 35 14 ep9934-14 40 15 ep9934-15 45 16 ep9934-16 50 17 ep9934-17 55 18 ep9934-18 60 part delay time part number ?% or ? ns? number ep9934-19 65 ep9934-65 ep9934-20 70 ep9934-70 ep9934-21 75 ep9934-75 ep9934-22 80 ep9934-80 ep9934-23 85 ep9934-85 ep9934-24 90 ep9934-90 ep9934-25 95 ep9934-95 ep9934-30 100 ep9934-100 ep9934-35 125 ep9934-125 ep9934-40 150 ep9934-150 ep9934-45 175 ep9934-175 ep993450 200 ep9934-200 ep9934-55 225 ep9934-225 ep9934-60 250 ep9934-250 ? whichever is greater. delay times referenced from input to leading edges at 25?, 5.0v, with no load. v cc supply voltage 4. 75 5.25 v v ih high-level input voltage 2. 0 v v il low-level input voltage 0.8 v i ik input clamp current -18 ma i oh high-level output current -1.0 ma i ol low-level output current 20 ma p w * pulse width of total delay 40 % d* duty cycle 40 % t a operating free-air temperature 0 +70 ? *these two values are inter-dependent. recommended operating conditions min max unit e in pulse input voltage 3.2 volts p w pulse width % of total delay 110 % t ri pulse rise time (0.75 - 2.4 volts) 2.0 ns p rr pulse repetition rate @ td 200 ns 1.0 mhz pulse repetition rate @ td > 200 ns 100 khz v cc supply voltage 5.0 volts input pulse test conditions @ 25?c unit v oh high-level output voltage v cc = min. v il = max. i oh = max 2.7 v v ol low-level output voltage v cc = min. v ih = min. i ol = max 0.5 v v ik input clamp voltage v cc = min. i i = ii k -1.2v v i ih high-level input current v cc = max. v in = 2.7v 50 ? v cc = max. v in = 5.25v 1.0 ma i il low-level input current v cc = max. v in = 0.5v -2 ma i os short circuit output current v cc = max. v out = 0. -40 -100 ma (one output at a time) i cch high-level supply current v cc = max. v in = open 115 ma i ccl low-level supply current v cc = max. v in = 0 115 ma t ro output rise time td 500 ns (0.75 to 2.4 volts) 4 ns n h fanout high-level output v cc = max. v oh = 2.7v 20 ttl load n l fanout low-level output v cc = max. v ol = 0.5v 10 ttl load dc electrical characteristics parameter test conditions min max unit package dimensions schematic dsd9934 rev. a 2/5/96 qaf-cso1 rev. b 8/25/94 unless otherwise noted dimensions in inches tolerances: fractional = ?1/32 .xx = ?.030 .xxx = ?.010 16799 schoenborn st. north hills, ca 91343 tel: (818) 892-0761 fax: (818) 894-5791
14 pin dil triple ttl compatible active delay lines delay time part delay time ?% or 2 ns? number ? or 2 ns? 5 EPA189-5 19 6 epa198-6 20 7 EPA189-7 21 8 EPA189-8 22 9 EPA189-9 23 10 EPA18910 24 11 EPA189-11 25 12 EPA189-12 30 13 EPA189-13 35 14 EPA189-14 40 15 EPA189-15 45 16 EPA189-16 50 17 EPA189-17 55 18 EPA189-18 60 ? whichever is greater. delay times referenced from input to leading edges at 25?, 5.0v, with no load. part delay time part number ?% or 2 ns? number EPA189-19 65 EPA189-65 EPA189-20 70 EPA189-70 EPA189-21 75 EPA189-75 EPA189-22 80 EPA189-80 EPA189-23 85 EPA189-85 EPA189-24 90 EPA189-90 EPA189-25 95 EPA189-95 EPA189-30 100 EPA189-100 EPA189-35 125 EPA189-125 EPA189-40 150 EPA189-150 EPA189-45 175 EPA189-175 EPA189-50 200 EPA189-200 EPA189-55 225 EPA189-225 EPA189-60 250 EPA189-250 v cc supply voltage 4. 75 5.25 v v ih high-level input voltage 2. 0 v v il low-level input voltage 0.8 v i ik input clamp current -18 ma i oh high-level output current -1.0 ma i ol low-level output current 20 ma p w * pulse width of total delay 40 % d* duty cycle 40 % t a operating free-air temperature 0 +70 ? *these two values are inter-dependent. recommended operating conditions min max unit e in pulse input voltage 3.2 volts p w pulse width % of total delay 110 % t ri pulse rise time (0.75 - 2.4 volts) 2.0 ns p rr pulse repetition rate @ td 200 ns 1.0 mhz pulse repetition rate @ td > 200 ns 100 khz v cc supply voltage 5.0 volts input pulse test conditions @ 25?c unit v oh high-level output voltage v cc = min. v il = max. i oh = max 2.7 v v ol low-level output voltage v cc = min. v ih = min. i ol = max 0.5 v v ik input clamp voltage v cc = min. i i = ii k -1.2v v i ih high-level input current v cc = max. v in = 2.7v 50 ? v cc = max. v in = 5.25v 1.0 ma i il low-level input current v cc = max. v in = 0.5v -2 ma i os short circuit output current v cc = max. v out = 0. -40 -100 ma (one output at a time) i cch high-level supply current v cc = max. v in = open 115 ma i ccl low-level supply current v cc = max. v in = 0 115 ma t ro output rise time td 500 ns (0.75 to 2.4 volts) 4 ns n h fanout high-level output v cc = max. v oh = 2.7v 20 ttl load n l fanout low-level output v cc = max. v ol = 0.5v 10 ttl load dc electrical characteristics parameter test conditions min max unit package dimensions schematic 12 10 14 vcc 1 3 5 7 ground 8 .300 .800 max. .400 max. pca EPA189-5 date code .150 typ. .020 typ. .275 max. .018 white dot pin#1 .200 .010
smd 14-pin triple ttl compatible active delay lines delay time part delay time ?% or ? ns? number ?% or ? ns? 5 epa280-5 19 6 epa280-6 20 7 epa280-7 21 8 epa280-8 22 9 epa280-9 23 10 epa28010 24 11 epa280-11 25 12 epa280-12 30 13 epa280-13 35 14 epa280-14 40 15 epa280-15 45 16 epa280-16 50 17 epa280-17 55 18 epa280-18 60 ? whichever is greater. delay times referenced from input to leading edges at 25?, 5.0v, with no load. part delay time part number ?% or ? ns? number epa280-19 65 epa280-65 epa280-20 70 epa280-70 epa280-21 75 epa280-75 epa280-22 80 epa280-80 epa280-23 85 epa280-85 epa280-24 90 epa280-90 epa280-25 95 epa280-95 epa280-30 100 epa280-100 epa280-35 125 epa280-125 epa280-40 150 epa280-150 epa280-45 175 epa280-175 epa280-50 200 epa280-200 epa280-55 225 epa280-225 epa280-60 250 epa280-250 v cc supply voltage 4. 75 5.25 v v ih high-level input voltage 2. 0 v v il low-level input voltage 0.8 v i ik input clamp current -18 ma i oh high-level output current -1.0 ma i ol low-level output current 20 ma p w * pulse width of total delay 40 % d* duty cycle 40 % t a operating free-air temperature 0 +70 ? *these two values are inter-dependent. recommended operating conditions min max unit e in pulse input voltage 3.2 volts p w pulse width % of total delay 110 % t ri pulse rise time (0.75 - 2.4 volts) 2.0 ns p rr pulse repetition rate @ td 200 ns 1.0 mhz pulse repetition rate @ td > 200 ns 100 khz v cc supply voltage 5.0 volts input pulse test conditions @ 25?c unit v oh high-level output voltage v cc = min. v il = max. i oh = max 2.7 v v ol low-level output voltage v cc = min. v ih = min. i ol = max 0.5 v v ik input clamp voltage v cc = min. i i = ii k -1.2v v i ih high-level input current v cc = max. v in = 2.7v 50 ? v cc = max. v in = 5.25v 1.0 ma i il low-level input current v cc = max. v in = 0.5v -2 ma i os short circuit output current v cc = max. v out = 0. -40 -100 ma (one output at a time) i cch high-level supply current v cc = max. v in = open 115 ma i ccl low-level supply current v cc = max. v in = 0 115 ma t ro output rise time td 500 ns (0.75 to 2.4 volts) 4 ns n h fanout high-level output v cc = max. v oh = 2.7v 20 ttl load n l fanout low-level output v cc = max. v ol = 0.5v 10 ttl load dc electrical characteristics parameter test conditions min max unit package dimensions schematic dsa280 rev. a 2/5/96 qaf-cso1 rev. b 8/25/94 unless otherwise noted dimensions in inches tolerances: fractional = ?1/32 .xx = ?.030 .xxx = ?.010 16799 schoenborn st. north hills, ca 91343 tel: (818) 892-0761 fax: (818) 894-5791
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