LH64256BK70
Abstract: Lh64256bk-70
Text: MEMORIES ★Under development • Pseudo S tatic RAMs Gipäfifty rüm ^H M o n Modal No. worfexblta t LH5P832/D/N-10 256k Supply.currant AOOMtttM# Cyetotime operating/standby (na)MAX. (na) MIN. 100 160 (mA) MAX. Supply voltage M Control signal« 65/3 32k x 8
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LH5P832/D/N-10
28DIP/
28SK-DIP/
28SOP
32DIP/32SOP
32SOP
40DIP/40SOP
LH5P832/D/N-12
LH5P860/N-80
LH5P864N-80
LH64256BK70
Lh64256bk-70
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LH61664AK-50
Abstract: LH61665AK lh61665 LH5PV8512 16256S
Text: PSEUDO SRAM/DYNAMIC RAM • PSEUDO SRAMs ♦ Features • Random access memory with ease of use equivalent to SRAM. Supply current MAX. C apacity Bit C onfiguration 256k x 8 Model No. LH 5P 832/D /N -10/12 Access time ns MAX. Cycle time (ns) MIN. O perating
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LH5P864N
5P1632/N-80/15
32SOP
DIP/40SOP
32DIP/32SOP/32TSOP
32TSOP
DIP/32SOP/32TSOP(
/32TS
44TSO
LH61664AK-50
LH61665AK
lh61665
LH5PV8512
16256S
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LQ070T5BG01
Abstract: LM24P20 LM162KS1 BSCR86L00 IR2C07 LM5Q31 IR3Y29B BSCU86L60 lq6bw lq6bw506
Text: INDEX 1 0 4 - 1 0 9 _ DC_ GL1PR112.69 GL3KG63. 66 GL5EG41.66 1 0 4 - n 0 5 O o c .113 DC1B1CP. 100 GL1PR135.69 GL3KG8. 66
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OCR Scan
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109-n
GL1PR112.
GL1PR135.
GL1PR136.
GL1PR211.
GL1PR212.
GL3KG63.
GL3P201.
GL3P202.
GL3P305.
LQ070T5BG01
LM24P20
LM162KS1
BSCR86L00
IR2C07
LM5Q31
IR3Y29B
BSCU86L60
lq6bw
lq6bw506
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Untitled
Abstract: No abstract text available
Text: MEMORIES Pseudo Static RAMs w B it co n fig u ra tio n C apacity Model No. A cce ss tim e n s 60 - 256k x8 70 80 100 120 150 LH5P832 LH5P860 x8 LH5P864 512k LH5P1632 x 16 LH5P8128 1M Pseudo Static RAM x8 LH5P8129 x8 LH5PV8512 x 16 LH5PV16256 x 16 LH6P82
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OCR Scan
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LH5P832
LH5P860
LH5P864
LH5P1632
LH5P8128
LH5P8129
LH5PV8512
LH5PV16256
LH6P82
LH5P832/D/N-10
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Untitled
Abstract: No abstract text available
Text: CMOS 512K 64K x 8 Pseudo^Static RAM FEATURES • 66,536 x 8 bit organization • Access time: 80 ns (MAX.) • Cycle time: 140 ns (MIN.) • Single -»5 V power supply • Power consumption: Operating: 440 mW (MAX.) Standby (TTL level): 22 mW (MAX) Standby (CMOS level): 2.75 mW (MAX.)
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OCR Scan
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32-PIN
32-pin,
525-mil
32S0P
525-mH
LH5P864
I-------80
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PDF
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64k Static RAM
Abstract: 32-PIN LH5P864
Text: LH5P864 FEATURES • 65,536 x 8 bit organization CMOS 512K 64K × 8 Pseudo-Static RAM PIN CONNECTIONS TOP VIEW 32-PIN SOP • Access time: 80 ns (MAX.) • Cycle time: 140 ns (MIN.) • Single +5 V power supply • Power consumption: Operating: 440 mW (MAX.)
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Original
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LH5P864
32-PIN
32-pin,
525-mil
32SOP
64k Static RAM
LH5P864
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PDF
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Untitled
Abstract: No abstract text available
Text: LH5P864 FEATURES • 65,536 x C M O S 512K 64K x 8 Pseudo-Static RAM DESCRIPTION 8 bit organization • Access time: 80 ns (MAX.) • Cycle time: 140 ns (MIN.) • Power supply: 5 V ± 10% • Power consumption: 440 mW (MAX.) • Operating temperature: 0 to 70°C
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OCR Scan
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LH5P864
32-pin,
525-mil
LH5P862
512K-bit
32-PiN
5PB64-7
LH5I3864
--------------------------32-pin,
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PDF
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Untitled
Abstract: No abstract text available
Text: LH5P864 FEATURES • 65 ,5 3 6 x 8 bit organization • Access time: 80 ns M AX. • Cycle time: 140 ns (M IN .) CMOS 512K (64K x 8) Pseudo-Static RAM DESCRIPTION The LH5P862 is a 512K-bit Pseudo-Static RAM or ganized as 65,536 x 8 bits. It is fabricated using silicon-gate CM O S process technology. W ith its built-in
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OCR Scan
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LH5P864
LH5P862
512K-bit
32-pin,
525-m
5PB64-9
LH5I3864
-------------------------------32-pin,
525-mil
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PDF
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Untitled
Abstract: No abstract text available
Text: LH5P864 FEATURES • 65,536 x CMOS 512K 64K x 8 Pseudo-Static RAM PIN CONNECTIONS 8 bit organization 32-PIN SOP TOP VIEW • Access time: 80 ns (MAX.) • Power consumption: Operating: 440 mW (MAX.) Standby (TTL level): 22 mW (MAX.) Standby (CMOS level): 2.75 mW (MAX.)
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OCR Scan
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LH5P864
32-PIN
32-pin,
525-mil
OP032-P-0525)
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PDF
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Untitled
Abstract: No abstract text available
Text: LH5P864 C M O S 512K 64K x 8 Pseudo-Static RAM FEATURES PIN CONNECTIONS • 65,536 x 8 bit organization 32-PIN S O P T O P VIEW • Access time: 80 ns (MAX.) • Single +5 V power supply • Power consumption: Operating: 440 mW (MAX.) Standby (TTL level): 22 mW (MAX.)
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OCR Scan
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LH5P864
32-pin,
525-mil
512K-bit
32sop
DDlbS75
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PDF
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