27lc64
Abstract: 27lc512 NM27LC256 C1995 J28CQ NM27LC256Q250
Text: NM27LC256 262 144-Bit 32k x 8 Low Current CMOS EPROM General Description Features The NM27LC256 is a 32k x 8 EPROM manufactured on a proven manufacturable CMOS process consuming extremely low current in both the active and standby modes The NM27LC256 consumes a mere 17 5 mW (typical) making it ideal for battery powered portable and hand held systems and for systems using ‘‘in-line’’ power
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Original
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PDF
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NM27LC256
144-Bit
NM27LC256
27lc64
27lc512
C1995
J28CQ
NM27LC256Q250
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27lc64
Abstract: 27lC256 27LC010 national semiconductor 27lc256 NM27LC512 J28CQ MBH32A C1995
Text: NM27LC512 524 288-Bit 64k x 8 Low Current CMOS EPROM General Description Features The NM27LC512 is a 64k x 8 EPROM manufactured on a proven manufacturable CMOS process consuming extremely low current in both the active and standby modes The NM27LC512 consumes a mere 30 mW making it ideal
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Original
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PDF
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NM27LC512
288-Bit
NM27LC512
27lc64
27lC256
27LC010
national semiconductor 27lc256
J28CQ
MBH32A
C1995
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27LC256
Abstract: 27LC64 NM27LC512
Text: NM27LC512 E H N a tio n a l mm Semiconductor NM27LC512 524,288-Bit 64k x 8 Low Current CMOS EPROM General Description Features The NM27LC512 is a 64k x 8 EPROM manufactured on a proven, manufacturable CMOS process, consuming ex tremely low current In both the active and standby modes.
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OCR Scan
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PDF
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NM27LC512
288-Bit
bSD112b
27LC256
27LC64
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27lc64
Abstract: NM27LC256 27LC512 NM27LC256QE200
Text: PRELIMINARY June 1992 NM27LC256 262,144-Bit 32k x 8 Low Current CMOS EPROM General Description Features The NM27LC256 is a 32k x 8 EPROM manufactured on a proven, manufacturable CMOS process, consuming ex tremely low current in both the active and standby modes.
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OCR Scan
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PDF
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NM27LC256
144-Bit
NM27LC256
27lc64
27LC512
NM27LC256QE200
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