MT4C1664
Abstract: No abstract text available
Text: MICRO N T E C H N O L O G Y INC 5SE » • blllSLtT 00044fl5 7T3 ■ MT4C1664/5 L 64Kx 16 DRAM MICRON B URN TECHNOLOGY INC _ ; T ' - a t - z v n DRAM 64K X 16 DRAM LOW POWER EXTENDED REFRESH • Industry standard x l6 pinouts, timing, functions
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00044fl5
MT4C1664/5
MT4C1664
MT4C1665
225mW
125ns
MT4C1664/5L
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MT4C1664
Abstract: No abstract text available
Text: M T 4 C 1 664/5 64K X 16 D R A M |V|IC=RO N 6 4 K X 16 D R A M DRAM FAST PAGE MODE FEATURES PIN ASSIGNMENT Top View • In d u stry standard x l6 pinouts, tim ing, functions and packages • H igh-perform ance, C M O S silicon-gate process • Single +5V±10% p o w er supply
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256-cycle
T4C1664
MT4C1665
40-Pin
MT4C1664
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Untitled
Abstract: No abstract text available
Text: MT4C1664/5 L 64K X 16 DRAM I^ IIC R O N 64K x 16 DRAM DRAM LOW POWER EXTENDED REFRESH FEATURES • Industry standard x l6 pinouts, timing, functions and packages • High-perform ance, CM OS silicon-gate process • Single +5V ±10% power supply • All device pins are fully TTL compatible
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MT4C1664/5
MT4C1664
MT4C1665
225mW
125jxs
40-Pin
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Untitled
Abstract: No abstract text available
Text: MT4C1664/5 64K X 16 D R AM MICRON DRAM 64K x 16 DRAM FAST PAGE MODE • Industry standard xl6 pinouts, timing, functions and packages • High-performance, CMOS silicon-gate process • Single +5V±10% power supply • Low power, 3mW standby; 225mW active, typical
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PDF
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MT4C1664/5
225mW
256-cycle
MT4C1664
MT4C1665
40-Pin
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1664L
Abstract: No abstract text available
Text: MT4C1664/5 L 64K X 16 DRAM MICRON DRAM 6 4 K X 16 DRAM LOW POWER EXTENDED REFRESH PIN ASSIGNMENT (Top View • Industry standard x l6 pinouts, tim ing, functions and packages • High-perform ance, CM OS silicon-gate process • Single +5V ±10% pow er supply
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OCR Scan
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PDF
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MT4C1664/5
MT4C1664
MT4C1665
1664L
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