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LT1016CS8#PBF Linear Technology LT1016 - Ultra Fast Precision 10ns Comparator; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1016IS8#TRPBF Linear Technology LT1016 - Ultra Fast Precision 10ns Comparator; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1016IS8#PBF Linear Technology LT1016 - Ultra Fast Precision 10ns Comparator; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1016IN8#PBF Linear Technology LT1016 - Ultra Fast Precision 10ns Comparator; Package: PDIP; Pins: 8; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT1016CS8#TRPBF Linear Technology LT1016 - Ultra Fast Precision 10ns Comparator; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1016IS8 Linear Technology LT1016 - Ultra Fast Precision 10ns Comparator; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

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time-10ns

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency=3, @Cycle Time , Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS , /CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @ Hyundai
Original
HYM7V64800/ HYM7V64801/ HYM7V64830/ HYM7V64831 168-P

HYM7V64801

Abstract: Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency , =30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , =3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @
Hyundai
Original
HYM7V64801

hym7v64801

Abstract: =3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency=3, @Cycle Time=15ns BYTE11 , Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns , /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency
Hyundai
Original
144-P

HYM7V72A801

Abstract: HYM7V72A830 Latency=3 BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency
Hyundai
Original
HYM7V72A801 HYM7V72A830 HYM7V72A800/ HYM7V72A801/ HYM7V72A830/ HYM7V72A831 72A801/ 72A830/

HYM7V64400

Abstract: HYM7V64401 Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS , Time=30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency , @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE31 BYTE32
Hyundai
Original
HYM7V64400 HYM7V64401 HYM7V64401TRG HYM7V64401TRG -10 HYM7V64400/ HYM7V64401/ HYM7V64430/ HYM7V64431 16I/O
Abstract: /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency=3, @Cycle Time , Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS , /CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @ Hyundai
Original
72A831

HYM7V641601

Abstract: BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time , Row Pre-charge Time @/CAS Latency=3, ©Cycle Time=10ns @/CAS Latency=3, ©Cycle Time=12ns ©/CAS Latency=3, @Cycle Time=15ns Minimum Row Active to Row Active Delay @/CAS Latency=3, ©Cycle Time=10ns @/CAS Latency , Time=10ns @/CAS Latency=3, @Cycle Trme=12ns ©/CAS Latency=3, @Cycle Time=15ns Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time
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OCR Scan
HYM7V641601 16MX64 64160Q S41631 7V641600/ HYM7V841 OVHYM7V641630/HYM7V641631
Abstract: Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS , Time=30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency , /CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE31 BYTE32 Hyundai
Original
HYM7V72A1600/ HYM7V72A1601/ HYM7V72A1630/ HYM7V72A1631 72A1601/ 72A1630/

HYM7V641601

Abstract: HYM7V641630 Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency=3, @Cycle , Time=30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency , @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE31 BYTE32
Hyundai
Original
HYM7V641630 HYM7V641600/ HYM7V641601/ HYM7V641630/ HYM7V641631

HYM7V641601

Abstract: ) F0h (C) F0h 2 1 3 BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns , Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency , =3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency
Hyundai
Original

BYTE18

Abstract: HYM7V72A1601 Latency=3 BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency
Hyundai
Original
BYTE18 HYM7V72A1601 time-10ns tras 36ns 72A1631

hym7v64801

Abstract: Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency , =30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , =3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @
Hyundai
Original

HYM7V64801TFG1

Abstract: from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency , =30ns @ /CAS Latency=1, ©Cycle Time=30ns Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @ , Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns Minimum /RAS Pulse width @/CAS Latency=3, ©Cycle Time=10ns ©/CAS Latency
-
OCR Scan
HYM7V64801TFG1 8MX64

HYM7V64401

Abstract: HYM7V64401TRG -10 Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Lateney=3, ©Cycle Time=12ns @ /CAS , Latency=3, ©Cycle Time=10ns ©/CAS Latency=3, ©Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum Row Active to Row Active Delay ©/CAS Latency=3, ©Cycle Time=10ns ©/CAS Latency=3: @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS , =3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns ©/CAS Latency=3, ©Cycle Time=15ns Module Bank Density
-
OCR Scan
4MX64 TSQP11 16I/0 VHYW7V6440VMYM7VM48
Abstract: (C) 15ns tAC BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, ©Cycle Time=10ns @ /CAS , /CAS Latency=1, @Cycle Time=30ns Minimum Row Pre-charge Time @/CAS Latency=3, ©Cycle Time=10ns ©/CAS , /CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3. @Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum /RAS to /CAS Delay @/CAS Latency=3, ©Cycle Time=10ns @/CAS Latency=3, ©Cycle Time=12ns @/CAS Latency=3, @Cyde Time=15ns Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency -
OCR Scan
8MX72

HYM7V64801

Abstract: ) 12ns (C) 15ns tAC BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, @Cyde Time=10ns @ /CAS , =1, @Cycte Time=30ns Minimum Row Pre-charge Time @/CAS Latency=3, @Cyde Time=10ns @/CAS Latency=3, ©Cycle , =3, ©Cycle Time=10ns @/CAS Lalency=3, @Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum /RAS to /CAS Delay @/CAS Latency=3, ©Cycle Time=10ns @/CAS Latency=3, ©Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum /RAS Pulse width @/CAS Latency=3, ©Cycle Time=10ns @/CAS Latency=3, ©Cycle Time=12ns @/CAS Latency
-
OCR Scan
HYM7V6480Q/ HYM7V64801/HYM7V64830/ HYM7VM801/HYM7V648SO/

HYM7V641601

Abstract: HYM7V641630 SDRAM Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ , /CAS Latency=1, @Cycle Time=30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns , to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @ , width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle
Hyundai
Original

HYM7V64400

Abstract: HYM7V64401 Latency=3 BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency
Hyundai
Original
byte24
Abstract: Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency=3, @Cycle Time=15ns DIMM Configuration Type , =3, @Cycle Time=10ns @/CAS Lateney=3, @Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum Row Active to Row Active Delay ©/CAS Latency=3. @Cycle Time=10ns @/CAS Latertcy=3, ©Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum /RAS to /CAS Delay ©/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns Minimum /RAS Pulse width @/CAS Latency=3, ©Cycle Time=10ns -
OCR Scan
HYM7V64163Q/ HYM7V6416SX 7V64180 HYM7VW1601/ HYM7V841831
Abstract: Clock @ /CAS Latervcy=3, @Cycle Time=10ns @ /CAS Latency=3. @Cycle Time=12ns @ /CAS Latency=3, @Cycle , =30ns @ /CAS Latency=1, ©Cycle Time=30ns Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @ , =15ns Minimum /RAS to /CAS Delay ©/CAS Latency=3, @Cycle Time=10ns @/CAS Lateney=3, ©Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns Minimum /RAS Pulse width ©/CAS Latency=3, ©Cycle Time=10ns ©/CAS Latency , in the Future) SPD Revision Checksum for Byte 0-62 @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency -
OCR Scan
16MX72 HVM7V72A1600/ HYM7V72A16 HYW7V72A 2A1631

transistor a1105

Abstract: A1102 Latency=3 BYTE10 SDRAM Access Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency
Harris Semiconductor
Original
HFA1106 transistor a1105 A1102 HFA1105 HFA1106IB HFA1106IP A1105 315MH HFA11 100MH

minimum mode configuration of 8086

Abstract: 8086 minimum mode and maximum mode Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency , =30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , =3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @
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minimum mode configuration of 8086 8086 minimum mode and maximum mode timing diagram of 8086 minimum mode timing diagram of 8086 maximum mode 8288 in maximum mode configuration of 8086 max and min mode 8086 16-BIT A16IS3 A17/S4 A18/S5 A19/S6 AFN-01341B

timing diagram of 8086 maximum mode

Abstract: 8086 minimum mode and maximum mode from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency , =30ns @ /CAS Latency=1, ©Cycle Time=30ns Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @ , Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, ©Cycle Time=15ns Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns Minimum /RAS Pulse width @/CAS Latency=3, ©Cycle Time=10ns ©/CAS Latency
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I8284 I8284A intel 8086 minimum and maximum mode of operation Intel 8284 microprocessor 8086 block diagram 8086 microprocessor pin diagram M8086 AFN-01237B

HFA1105

Abstract: HFA1106 /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency=3, @Cycle Time , Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE28 Minimum Row Active to Row Active Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS , /CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @
Harris Semiconductor
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HFA11XXEVAL
Abstract: Time from Clock @ /CAS Latency=3, @Cycle Time=10ns @ /CAS Latency=3, @Cycle Time=12ns @ /CAS Latency , =30ns BYTE27 Minimum Row Pre-charge Time @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time , =3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE29 Minimum /RAS to /CAS Delay @/CAS Latency=3, @Cycle Time=10ns @/CAS Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE30 Minimum /RAS Pulse width @/CAS Latency=3, @Cycle Time=10ns @ Intersil
Original
OMMFA110
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