hy512264
Abstract: HY512264JC HY512264TC
Text: HY512264 128Kx16, Extended Data Out mode DESCRIPTION This family is a 4M bit dynamic RAM organized 131,072 x 16-bit configuration with CMOS DRAMs. The circuit and process design allow this device to achieve high performance and low power dissipation. In dependant read and write of upper and
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HY512264
128Kx16,
16-bit
16-bits
128Kx16
hy512264
HY512264JC
HY512264TC
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HY5116400BT
Abstract: HY5117400CJ 50-PIN HY5117804BT TSOP-II 44 26-PIN HY5118160BJ HY531000AJ hy51v65804 HY5117400BJ
Text: • « Y U MD Al DRAM ORDERING INFORMATION 1M bit 1Mx1 HY531000AJ HY531000ALJ 60/70/80 1M bit (256KX4) HY534256AJ HY534256ALJ 45/50/60 2M bit (128KX16) HY512260JC HY512260LJC HY512260SLJC HY512264JC HY512264LJC HY512264SLJC HY512264TC HY512264LTC HY512264SLTC
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256KX4)
HY531000AJ
HY531000ALJ
HY534256AJ
HY534256ALJ
HY512260JC
HY512260LJC
HY512260SLJC
HY512264JC
HY512264LJC
HY5116400BT
HY5117400CJ
50-PIN
HY5117804BT
TSOP-II 44
26-PIN
HY5118160BJ
hy51v65804
HY5117400BJ
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HY51V18164
Abstract: HY5118164 HY514260 HY51V65400 HY51V17804CJ
Text: «HYUNDAI DRAM ORDERING INFORMATION ORGANIZATION 1M bit 256Kx4 2M bit (256x8) 2M bit (128Kx16) 4M bit (4Mx1) 4M bit (1 Mx4) Note : FP PART NUMBER HY534256AJ HY534256ALJ HY512800J HY512800LJ HY512800SLJ HY512264JC HY512264LJC HY512264SLJC HY512264TC HY512264LTC
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OCR Scan
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256Kx4)
256x8)
128Kx16)
HY534256AJ
HY534256ALJ
HY512800J
HY512800LJ
HY512800SLJ
HY512264JC
HY512264LJC
HY51V18164
HY5118164
HY514260
HY51V65400
HY51V17804CJ
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HY512264
Abstract: HY512264TC
Text: “H Y U N D A I HY512264 Series _128K x 16-bit CMOS DRAM with 2/CAS, Extended Data Out PRELIMINARY DESCRIPTION ORDERING INFORMATION The H Y 5 12264 Series is a high perform ance CM O S fast dynam ic RAM organized 131,072x16 -b it config-uration. Independent read and w rite o f upper and
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PDF
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HY512264
072x16
40pin
40/44pin
HY512264JC
HY512264LJC
HY512264SLJC
HY512264TC
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HY512264
Abstract: HY512264JC HY512264TC HY512264 tc
Text: »HYUNDAI HY512264 Series 128Kx 16-bit CMOS DRAM with 2CAS, Extended Data Out PRELIMINARY DESCRIPTION The H Y 512264 is the new generation and fast dynamic RAM organized 131,072 x 16-bit configuration employing advanced submicron CMOS process technology and advanced circuit design technique to achieve fast access
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OCR Scan
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PDF
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HY512264
128Kx
16-bit
400mil
40pin
40/44pin
033jC
1AB10-00-MAY95
HY512264JC
HY512264TC
HY512264 tc
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HY512264
Abstract: HY512264jc
Text: “H YU N D A I H Y 5 1 2 2 6 4 S e r ie s 128Kx 16-bit CMOS DRAM with 2CAS, Extended Data Out PRELIMINARY DESCRIPTION The HY512264 is the new generation and fast dynamic RAM organized 131,072 x 16-bit configuration employing advanced submicron CMOS process technology and advanced circuit design technique to achieve fast access
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OCR Scan
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PDF
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128Kx
16-bit
HY512264
400mil
40pin
40/44pin
75DfiÃ
1AB10-00-MA
HY512264jc
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AUO-PL321.60
Abstract: HY51V18164B HY514264 HY514260
Text: -HYUNDAI QUICK REFERENCE GUIDE DRAM ORDERING INFORMATION ORGANIZATION 1M bit 1Mx1 PART NUMBER HY531000AS HY531000ALS HY531000AJ HY531000ALJ SPEED(ns) 60/70/80 60/70/80 60/70/80 60/70/80 FEATURES F/P F/P, L-part F/P F/P, L-part PACKAGE 1Spin PDIP 18pin PDIP
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HY531000AS
HY531000ALS
HY531000AJ
HY531000ALJ
HY534256AS
HY534256ALS
HY534256AJ
HY534256ALJ
HY512260JC
HY512260LJC
AUO-PL321.60
HY51V18164B
HY514264
HY514260
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Untitled
Abstract: No abstract text available
Text: •HYUNDAI H Y 5 1 2 2 6 4 128Kx16, Extended Data Out mode DESCRIPTION This family is a 4M bit dynamic RAM organized 131,072 x 16-bit configuration with CMOS DRAMs. The circuit and process design allow this device to achieve high performance and low power dissipation. In dependant read and write of upper and
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OCR Scan
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PDF
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128Kx16,
16-bit
16-bits
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HY512264TC
Abstract: No abstract text available
Text: H Y U N D A I -« HY512264 > 128Kx16, Extended Data Out mode DESCRIPTION This family is a 4M bit dynamic RAM organized 131,072 x 16-bit configuration with CMOS DRAMs. The circuit and process design allow this device to achieve high performance and low power dissipation. In dependant read and write of upper and
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OCR Scan
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PDF
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HY512264
128Kx16,
16-bit
16-bits
HY512264TC
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