146 27C1024 , AA VF Y TBH = Bi A A h A/a eK # x Ht & area TAAC | TCAC | TOH |; TOE | TOD VDD 1 DD/STANDBY VIL VIH | Ci VOL/ I YOL VOH/TVOH | Co (C) max | max | max | max | max max min | max max nin max (+typ] ns) | (ns) | (ns) (ns) | (ns) () (mA) i) () | (pF) | (V/mA) (V/mA) {pF} 270210: 130V10 INTEL O~70] 130} 130 Q 60 30 4.5~5.5 50/1.0 0.8 2.0 4* 0.4/2.1 3.7/0.4 Be 270210-15 PHILIPS O~70} 150] 150 Go 75 55 4.5~5.5 50/1 0.8 2.0 6 0. 45/2. 1 2.4/4.4 12 270210-150V10 INTEL O~70] 150] 150 o; 60 50 4.5~5.5 50/1. 0 0.8 2.0) 4 0.4/2: 1 3.7/0.4] 8 270210-20 PHILIPS 0~70} 200] 200 0 85 60 4.5~5.5 50/1 0.8 2.0 6 0. 45/2.1 2.4/0.4 12 276210-20010 INTEL O~70| 200; 200 G70 70 4.55.5 50/1. 0 0.8 2.0) 4* 0.4/2.1 3.7/0.4] 8 27210-15005 INTEL O~70} 150] 150 0 65 50 4. 75~-5, 25 175/40 0.8 2.0} 4 0. 45/2.1 2.4/0.4] 8+ 27210-170V05 INTEL O~70] 170 | 170 0 70] 55) 4. 75~5. 25 175/40 0.8 2.0] 4+ 0. 45/2. 1 2.4/0.4} 8 27210-170V10 INTEL O~70} 170] 170 a 70 55] 4. 75~5. 25 175/40 08 20] 4* 0. 45/2.1 2.4/0.4] 8 27210-20005 INTEL O~70} 200] 200 0 15 60} 4. 75~5. 25 175/40 0.8 2.0] 4* 0. 45/2. 1 2.4/0.4] 8 27210-200V10 INTEL O~70} 200] 200 0 78 60 4.5~5.5 175/40 0.8 2.0) 4 0. 45/2. 1 2.4/0.4) 8 27210-250V05 INTEL O~70} 250} 250 Q;| 100 60 4, 5~5.5 175/40 0.8 2.0, 4 0. 45/2. 1 2.4/0.4] 8 27210-25010 INTEL O~70 } 250] 250 0} 100 60 4.5~-5.5 175/40 0.8 2.0] 4 0, 45/2. 1 2.4/0.4] 8+ AT2701024-15 ATMEL O~70 | 150] 150 0 65) 50 4, 5~5.5 50/0. 1 0.8 2.0} 4 0. 45/2. 1 2.4/4.0 8+ AT2701024-17 ATMEL O~70] 170} 170 0 70 55 4.5~5.5 50/0. 1 0.8 2.0; 4 0. 45/2. 1 2.4/4.0 8 AT2701024-20 ATMEL O~70} 200] 200 a 75 55 4.5~5.5 50/0. 1 0.8 2.0) 4 0. 45/2. 1 2.4/4.0] 8 AT2701024-25 ATMEL O~70} 250} 250 0; 100 60 4.5~5.5 50/0. 1 0.8 2.0] 4* 0. 45/2..1 2.4/4.0} 8 AT2701024/L-15 ATMEL O~70} 150} 150 O| 65 50 4.5~-5.5 30/0. 1 0.8 2.0) 4 0, 45/2. 1 2.4/4.0) 8 AT2701024/L-17 ATMEL O~70} 170] 170 oO; 70 55 4, 5-~-5.5 30/0. 1 0.8 2.0; 4 0. 45/2. 1 2.4/4.0} 8 AT2701024/L-20 ATMEL O~70 | 200] 200 0 75 55 4.5~5.5 30/0. 1 0.8 2.0| 4 0. 45/2.1 2.4/4.0] 8 AT2701024/L-25 ATMEL O~70] 250] 250 0} 100; 60 4. 5~5.5 30/0.1 0.8 2.0} 4* 0. 45/2. 1 2.4/4.0} 8 AT27HC1024-12 ATMEL O~70} 120) 120 0 35} 25 4.5~5.5 80/17 0.8 2.0] 4+ 0. 45/16 2.4/4.0) 8+ AT27HC1024-55 ATMEL 0~70 55 55 a; 20 10} 4. 75~5, 25 80/17 0.8 2.0] 4+ 0. 45/16 2.4/4.0) 8 AT27HC1024-70 ATMEL 0~70 70 70 0; 25 15] 4. 75~-5. 25 80/17 0.8 2.0] 4* 0. 45/16 2.4/4.0} 8 AT27HC1024-90 ATMEL 0~70 90 90 0 30} 20 4.5~5.5 80/17 08 2.0) 4 0. 45/16 2.4/4.0} 8 Am270 1024-120 AMD O~-70} 120; 120 Oo} 65 50 4.5~5.5 60/1. 5 0.8 2.0) 12+ 9. 45/2. 1 2.4/0.4] 8 Am2701024-125 AMD. O~70} 120} 120 QO} 65 50] 4. 75~-5. 25 60/1. 5 a8 2.0} 12 0. 45/2.1 2.4/0.4] 8 Am27C1024- 150 AMD O~70] 150] 150 0; 65 50 4,.5~5.5 60/1.5 0.8 2.0} 12 0. 45/2. 1 2.4/4.4) 8 Am27C1024-155 AMD O~70j; 150] 150 0 65} SO} 4. 75~5.25 60/1.5 0.8 2.0} 12 0. 45/2. 1 2.4/0.4] a Am2701024-170 AMD O~70| 170} 170 0 65] 50 45~5.5 60/1.5 0.8 2.0) 12* 0. 45/2. 1 2.4/0.4] 8 Am27C1024-175 AMD O~70} 170] 170 0 65 50 4.5~5.5 $0/1.5 0.8 2.0] 12+ 0. 45/2. 1 2.4/0.4] 8+ Am27C 1024-200 AMD O~70} 200| 200 75 60 4.5~5.5 50/1 0.8 2.0] 25 0. 45/2. 1 2.4/0.4) 25 Am27C 1024-250 AND O~70} 250} 250 100 60 4.5~-5.5 50/1 0.8 2.0} 25 0. 45/2.1 2.4/0.4) 25 Am270 2024-255 AMD O~70] 250} 250 0} 100 60] 4. 75--5. 25 60/1. 5 0.8 2.0] 12* 0. 45/2.1 2.4/0.4] 8% Am27C 1024-300 AMD O~70} 300} 300 120 60 4,5~5,5 50/1 0.8 2.0} 25 0. 45/2. 1 2.4/0.4) 25 Am2701024- 305 AMD O~70] 300] 300 0} 120 60] 4. 75~-5. 25 60/1.5 0.8 2.0 | 126 0. 45/2. 4 2.4/0.4] 8 CAT27210 CATALYST O~70} 150; 150 60 50 4, 5~5.5 45/- 0.8 24 6 0.4/2.1 2.4/0.4 10 HN27C 1024HG- 10 HITACHE O~70} 100; 100 50 50 4,5~-5.5 110/25 0.8 12 0. 45/2. 1 2.4/0.4 18 HN2701024HG-85 HITACHI O~70} 85) 85 45 30 4, 5~5.5 110/25 0.8 12 0. 45/2..1 2.4/0.4 15 HN27C1024HG/Ct-12 HITACHI O~70} 120) 120 0 50 50 4. 75~5. 25 110/25 0.8 2.2 12 0, 45/2. 1 2.4/0.4 15 HN271024HG/CU-15 HITACHI O~70) 150) 150 0 50 50 4, 75~-5. 25 110/25 0.8 2.2 12 9. 45/2. 1 2.4/0.4 15 MOM27C102FP MITSUBISHI ~10~80 {| 200] 200 0 75 0 4, 75~-5. 25 50/1 0.8 2.0 15 0. 45/2.1 2.4/0.4 15 MOM27C102J MITSUBISHI ~10~80} 200) 200 0 75 BO] 4. 75~-5. 25 50/1 0.8 2.0 15 0. 45/2. 1 2.4/0.4 15 1M CMOS UV-EPROM (65,536 X16) 40PIN 145 - ee ve ORB @ AIHA T ST TTL 2 ese, @ F-hADOU3ZATFT, @ Wey b- POK PAY (16 bit CPU (2 Hei), @ Ho THINALA CHIT ROT b, iB FZ Ot Von: +5V Pin4dd Vss (GND) : Pinll, 30 @ READ(OE=L) L PGM : Pin39 Veet Pin 1 OER K Wd i pe Ope wy CE | OF |/PGM t L H bo | Read L H H High-Z Outputs Disable x x High-Z ; Stand-by @7nv7h 1048576 ROM tz JL Ao~ Ais PGM cE oF 16 DOo~ DOis @ READ(CS=L) wns KO XK