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L7C109 Datasheet

Part Manufacturer Description PDF Type
L7C109DC12 Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109DC12L Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109DC15 Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109DC15L Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109DC17 Logic Devices SRAM GP Single Port Original
L7C109DC20 Logic Devices SRAM GP Single Port Original
L7C109DC25 Logic Devices SRAM GP Single Port Original
L7C109DM12 Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109DM15 Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109DM20 Logic Devices SRAM GP Single Port Original
L7C109DM25 Logic Devices SRAM GP Single Port Original
L7C109DMB15 Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109DMB20 Logic Devices SRAM GP Single Port Original
L7C109DMB25 Logic Devices SRAM GP Single Port Original
L7C109KC10 Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109KC10L Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109KC15 Logic Devices 128K x 8 Static RAM (Low Power) Original
L7C109KC17 Logic Devices SRAM GP Single Port Original
L7C109KC20 Logic Devices SRAM GP Single Port Original
L7C109KC25 Logic Devices SRAM GP Single Port Original
Showing first 20 results.

L7C109

Catalog Datasheet MFG & Type PDF Document Tags

109kc

Abstract: 232Z2 L7C108/L7C109 and L7CL108-L/L7C109-L consume only 1.5 mW and 60 pW (typical) respectively, at 3 V , lia n t 25 ns 20 ns 17 ns L7C109CMB25* L7C109CM B20' L7C109CMB17* *The Low Power version is , ns 17 ns L7C109KMB25* L7C109KMB20* L7C109KMB17* *The Low Power version Is specified by adding the , and L7C109 are highperformance, low-power CMOS static RAMs. The storage circuitry is organ ized as 131 , active-low Chip Enable. The L7C109 has two Chip Enables (one active-low). These devices are available in four
-
OCR Scan
109kc 232Z2 L7C108/109 L7C108-L/109-L MIL-STD-883 CY7C108/109 IDT71024/71B024 V1T5C1008
Abstract: L7C109DMB35 L7C109DMB25 L7C109DMB20 L7C109DMB15 L7C109YMB45 L7C109YMB35 L7C109YMB25 L7C109YMB20 L7C109YMB15 L7C109YMB45 L7C109YMB35 L7C109YMB25 L7C109YMB20 L7C109YMB15 L7C109KAMB45 L7C109KAMB35 L7C109KAMB25 L7C109KAMB20 L7C109KAMB15 L7C109KMB45 L7C109KMB35 L7C109KMB25 L7C109KMB20 L7C109KMB15 , L7C109DMB45L L7C109DMB35L L7C109DMB25L L7C109DMB20L L7C109YMB45L L7C109YMB35L L7C109YMB25L L7C109YMB20L L7C109YMB45L L7C109YMB35L L7C109YMB25L L7C109YMB20L L7C109KAMB45L L7C109KAMB35L L7C109KAMB25L Logic Devices
Original
L7C108 MD-K11 LDS-L7C108/9-F
Abstract: L7C109WC25* L7C109WC20* L7C109WC17* S creening L7C109WI25* L7C109WI20* L7C109WI17* 25 ns 20 ns , " wide) (W6) S c r e e n in g L7C109DC25* L7C109DC20* L7C109DC17* 25 ns 20 ns 17 ns (= 2 , L7C109DM20 -55°C to +125°Câ'" MIL-STD-883 C 25 ns 20 ns o m p l ia n t L7C109DMB25 L7C109DMB20 , C o m m e r c ia l S c r e e n in g L7C109KC25* L7C109KC20* L7C109KC17* -4 0 °C to + , ia l S c r e e n in g 25 ns 20 ns L7C109KM25 L7C109KM20 -5 5 °C 25 ns 20 ns to + 1 2 -
OCR Scan
MT5C1008 MCM6226A/62L26A CXK581020 L7C109WI17L 05/28/96-LD L7C109KC17L

18V04

Abstract: 62L26A ns L7C109PC25 L7C109DC25 L7C109WC25 L7C109YC25 20 ns L7C109PC20 L7C109DC20 L7C109WC20 L7C109YC20 17 ns L7C109PC17 L7C109DC17 L7C109WC17 L7C109YC17 -40°Cto+85°C â'" Commercial Screening 25 ns L7C109PI25 L7C109WI25 20 ns L7C109PI20 L7C109WI20 17 ns L7C109PI17 L7C109WI17 -55°C to +125°C â'" Commercial Screening 25 ns L7C109DM25 L7C109YM25 20 ns L7C109DM20 L7C109YM20 ^55°C t0+125oC-â'"MIL-®fD-®83 Cowuant 25 ns L7C109DMB25 L7C109YMB25 20 ns
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OCR Scan
18V04 62L26A 03/21/95-LDS 108/9-F

128K x 8 Static RAM

Abstract: 5962-8959812MYA Table LOGIC Part # L7C109DMB45 L7C109DMB35 L7C109DMB25 L7C109DMB20 L7C109DMB15 L7C109YMB45 L7C109YMB35 L7C109YMB25 L7C109YMB20 L7C109YMB15 L7C109YMB45 L7C109YMB35 L7C109YMB25 L7C109YMB20 L7C109YMB15 L7C109KAMB45 L7C109KAMB35 L7C109KAMB25 L7C109KAMB20 L7C109KAMB15 L7C109KMB45 L7C109KMB35 , L7C109KAMB35L L7C109KAMB25L L7C109KAMB20L L7C109KMB45L L7C109KMB35L L7C109KMB25L L7C109KMB20L , LOGIC Part # L7C109DMB45L L7C109DMB35L L7C109DMB25L L7C109DMB20L L7C109YMB45L L7C109YMB35L
Logic Devices
Original
128K x 8 Static RAM 5962-8959812MYA 5962-8959810MZ LDS-L7C108/9-G

CXK581020

Abstract: L7C109WC25 " wide) (Y1) L7C109WC25 L7C109WC20 L7C109WC17 Sidebraze Hermetic DIP (D12) L7C109YC25 L7C109YC20 L7C109YC17 0°C to +70°C - COMMERCIAL SCREENING 25 ns 20 ns 17 ns L7C109PC25 L7C109PC20 L7C109PC17 L7C109DC25 L7C109DC20 L7C109DC17 ­40°C to +85°C - C OMMERCIAL S CREENING 25 ns 20 ns 17 ns L7C109PI25 L7C109PI20 L7C109PI17 L7C109WI25 L7C109WI20 L7C109WI17 ­55°C to +125°C - COMMERCIAL SCREENING 25 ns 20 ns L7C109DM25 L7C109DM20 L7C109YM25 L7C109YM20 ­55°C to
Logic Devices
Original
L7C108YM25 L7C108YMB25 L7C108DMB25 5962-89598 smd diode K10 smd transistor A6 3
Abstract: /Oa Plastic SOJ (W7) c r e e n in g L7C109WC25* L7C109WC20â'™ L7C109WC17* L7C109WC15* L7C109CC25* L7C109CC20* L7C109CC17* L7C109CC15* o m m e r c ia l S c r e e n in g L7C109CM25 , 17 ns o m m e r c ia l S c r e e n in g L7C109KM25* L7C109KM20' L7C109KM17' to + 1 2 , supply voltage as low as 2 V. The L7C108/L7C109 and L7CL108-L/L7C109-L consume only 1.5 mW and 60 ]iW , Ã"Ã' An CEi I/O? I/Oe l/Os I/Û4 Ceramic DIP (C10) L7C109PC25* L7C109PC20* L7C109PC17 -
OCR Scan
L7C109PC15 L7C109CMB20 L7C109CMB25L

1221H

Abstract: 1419H ) (W6) 0°C to +70°C â'" Commercial Screening 25 ns 20 ns 17 ns L7C109DC25* L7C109DC20* L7C109DC17* L7C109WC25* L7C109WC20* L7C109WC17* -40 °C to +85 °Câ'" Commercial Screening 25 ns 20 ns 17 ns L7C109WI25* L7C109WI20* L7C109WI17* -55°C to +125°Câ'" Commercial Screening 25 ns 20 ns L7C109DM25 L7C109DM20 -55°C to , L7C109YM25 L7C109YM20 -55°C to +125°C â'" MlL-STD-883 ûmpliant 25 ns 20 ns L7C109KMB25 L7C109KMB20 , Screening 25 ns 20 ns 17 ns L7C109KC25* L7C109KC20* L7C109KC17* -40 °C to +85 °Câ'" Commercial Screening
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OCR Scan
1221H 1419H MCM6226A/ L-STD-883 108/9-L

a1012L

Abstract: ) 0 °C to + 7 0 ° C - C ommercial S creening 25 ns 20 ns 17 ns L7C109KC25 L7C109KC20 L7C109KC17 , m e rc ia l S c re e n in g 25 ns 20 ns L7C109KM25 L7C109KM20 - 5 5 ° C t o + 1 2 5 X - MIL-STD-883 C ompliant 25 ns 20 ns L7C109KMB25 L7C109KMB20 1M Static RAMs 5-17 03/21/95-LDS.108/9-F , and L7C109 are highperformance, low-power CMOS static RAMs. The storage circuitry is organ ized as 131 , active-low Chip Enable. The L7C109 has two Chip Enables (one active-low). These devices are available in
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OCR Scan
a1012L
Abstract: e r c ia l S c r e e n in g 25 ns 20 ns 17 ns L7C109PC25* L7C109PC20* L7C109PC17* L7C109CC25* L7C109CC20* L7C109CC17* L7C109WC25* L7C109WC20* L7C109WC17* 15 ns L7C109PC15 , L7C109CM 25' 20 ns 17 ns L7C109CM20* L7C109CM17* -55°C to +125°C â'" MIL-STD-883 Compuant 25 ns 20 ns 17 ns L7C109CMB25* L7C109CMB20* L7C109CMB17* *The Low Power version is specified , 25 ns L7C109KM25* 20 ns 17 ns L7C109KM20* L7C109KM17* -5 5 °C to + 1 2 5 °C â -
OCR Scan
108-L 71024/71B T5C1008

L7C108WC25

Abstract: MT5C1008 ns L7C109DC25* L7C109DC20* L7C109DC17* L7C109WC25* L7C109WC20* L7C109WC17* ­40°C to +85°C - C OMMERCIAL S CREENING 25 ns 20 ns 17 ns L7C109WI25* L7C109WI20* L7C109WI17* ­55°C to +125°C - COMMERCIAL SCREENING 25 ns 20 ns L7C109DM25 L7C109DM20 ­55°C to +125°C - , L7C109KM25 L7C109KM20 ­55°C to +125°C - MIL-STD-883 COMPLIANT 25 ns 20 ns L7C109KMB25 L7C109KMB20 , COMMERCIAL SCREENING 25 ns 20 ns 17 ns L7C109KC25* L7C109KC20* L7C109KC17* ­40°C to +85°C -
Logic Devices
Original
L7C108WC25 108/9-J
Abstract: L7C109DMB25' L7C109DMB20* L7C109DMB17* L7C109YMB25* L7C109YMB20* L7C109YMB17* â'¢The Low Power , * L7C109WC15* L7C109YC25* L7C109YC20* L7C109YC17* L7C109YC15* S c r e e n in g L7C109DC25* L7C109DC20* L7C109DC17* L7C109DC15* â'" C o m m e r c ia l S c r e e n in g L7C109DM25* L7C109DM20 , ns 15 ns 25 ns 20 ns 17 ns L7C109KC25* L7C109KC20* L7C109KC17* L7C109KC15* -55 °C to , The L7C108/L7C109 and L7CL108-L/L7C109-L consume only 1.5 mW and 60 viW (typical) respectively, at -
OCR Scan
108-L/109-L IDT710 24/71B024 L7C109DM17 L7C109YM17 L7C109DMB17L

OB2520

Abstract: L7C108CMB25 (C10) Plastic SOJ (W7) L7C109WC25* L7C109WC20* L7C109WC17* L7C109WC15* 25 20 17 15 ns ns ns ns 0°C to + 7 0°C - C ommercial S creening L7C109PC25* L7C109CC25* L7C109PC20* L7C109CC20* L7C109PC17* L7C109CC17* L7C109PC15* L7C109CC15* 25 ns 20 ns 17 ns -5 5 ° C to + 1 2 5 ° C - C ommercial S creemng L7C109CM25* L7C109CM20* L7C109CM17* 25 ns 20 ns 17 ns -5 5 ° C to + 1 25 °C - M IL-STD-883 C ompliant , Screening L7C109KC25* L7C109KC20* L7C109KC17* L7C109KC15* -5 5 ° C t o +125 °C - C o m m e r c
-
OCR Scan
OB2520 L7C108CMB25 MCM6226A 109PC25 108/9-B
Abstract: L7C109WC20 L7C109WC17 L7C109YC25 L7C109YC20 L7C109YC17 C o m m e r c ia l S c r e e n in g L7C109DC25 L7C109DC20 L7C109DC17 L7C109PC25 L7C109PC20 L7C109PC17 -40"C to +85°C â'" 25 ns 20 ns 17 ns 16 C o m m e r c ia l S c r e e n in g L7C109PI25 L7C109PI20 L7C109PI17 -55°C to +125D â'" C L7C109WI25 L7C109WI20 L7C109WI17 C o m m e r c ia l S c r e e n in g L7C109YM25 , L7C109YMB25 L7C109YMB20 L7C109DMB25 L7C109DMB20 25 ns 20 ns 1M Static RAMs 5_10 S5tSTDS -
OCR Scan
STD-883
Abstract: COMKRCtM.SCiffieNMâ 25 ns 20 ns 17 ns L7C109DC25* L7C109DC20* L7C109DC17* - 40°C tO+85°C - Cotn^tciALScftE&NMSi , ) L7C109KC25* L7C109KC20* L7C109KC17* 25 ns 20 ns 17 ns ~40°e to +6B°C 25 ns 20 ns 17 ns Comhokiai ScireeMwe -5S*C to »12S°C - Co»H«iict*i.Sci«Eiwi8 25 ns 20 ns L7C109KM 25 L7C109KM20 -55°C to +125°C - MtL-STD-883 Cow tw rr 25 ns 20 ns L7C109KMB25 L7C109KMB20 'The Low Power version is specified , L7C109DMB25 L7C109DMB20 'The Low Power version Is specified by adding the "L" suffix after the speed grade -
OCR Scan
L7C109W L7C109DM L-STD-883C0MPUAHT

L7C108WI15

Abstract: 62L26A * L7C109DC10* L7C109WC15* L7C109WC12* L7C109WC10* ­40°C to +85°C - COMMERCIAL SCREENING 15 ns 12 ns 10 ns L7C109WI15* L7C109WI12* L7C109WI10* O ­55°C to +125°C - COMMERCIAL SCREENING 15 , L7C109YM15 L7C109YM12 L7C109KM15 L7C109KM12 ­55°C to +125°C - MIL-STD-883 COMPLIANT 15 ns 12 ns L7C109YMB15 L7C109YMB12 L7C109KMB15 L7C109KMB12 *The Low Power version is specified by adding the "L" , 0°C to +70°C - COMMERCIAL SCREENING L7C109KC15* L7C109KC12* L7C109KC10* ­40°C to +85°C -
Logic Devices
Original
L7C108WI15 L7C109WI10L 108/9-N
Abstract: / / L7C109DM15 y / L7C109DM12 to + 1 2 5 ° C â'" MIL-STD-883 Compliant L7C109DMB15 L7C109DMB12 â'˜ The , °C to +70°C â'" (&mmerc|al\S crep^ g,.'.'^ \_ L7C109WC15* L7C109WC12* L7C109WC10* SpR EEN IN G L7C109WI15* L7C109WI12* L7C109WI10* 15 ns 12 ns 10 ns r ^ ° C to + 1 25°© -^ 15 , /109 B l o c k D ia g r a m The L7C108 and L7C109 are highperformance, low-power CMOS static , Data Out signals share 1/O pins. The L7C108 has a single active-low Chip Enable. The L7C109 has two -
OCR Scan
Abstract: L7C109KM15 -5 5 ° C 15 ns 12 ns to +125C â'" L7C109YM15 L7C109KM12 L7C109YM12 MIL-STD-883 Com pliant L7C109KMB15 L7C109KMB12 L7C109YMB15 L7C109YMB12 â'˜The Low Power version , creen in g 15 ns 12 ns 10 ns L7C109DC15* L7C109W C15* L7C109DC12* - 4 0 X to + 8 5 CC L7C109W C12* L7C109DC10* L7C109W C10* â'" C o m m e r c ia l S c r een in g 15 ns 12 ns 10 ns L7C109W I15* L7C109W I12* L7C109WI10* - 5 5 ° C t o + 1 2 5 ° C â'" C o m m er c ia l S -
OCR Scan
TD-883
Abstract: ) L7C109DC25* L7C109DC20* L7C109DC17* L7C109WC25* L7C109WC20* L7C109WC17* L7C109W|25* L7C109WI20* L7C109WI17* 25 ns 20 ns 17 ns - 55 C to +125 C â'" Cr.UVFR A_ Scrii C N 25 ns 20 ns L7C109DM25 L7C109DM20 -55°C to +125' C â'" MIL-STD-883 Compliant 25 ns 20 ns L7C109DMB25 L7C109DMB20 The , L7C109KC25* L7C109KC20* L7C109KC17* 25 ns 20 ns 17 ns ,â 555 C to +125 C â'" CoHMhH':i4i S cpffhing 25 ns 20 ns 25 ns 20 ns L7C109KM25 L7C109KM20 -55 C to +125 C â'" MIL-STD -
OCR Scan
Abstract: L7C109KM20 L7C109YM25 L7C109YM20 -55°C to +125°C â'" MIL-STD-883 (Om p lia n t 25 ns 20 ns L7C109KMB25 L7C109KMB20 L7C109YMB25 L7C109YMB20 â'˜ The Low Power version is specified by adding the , Sidebraze Hermetic DIP (D12) Speed 0 °C to + 7 0 °C â'" L7C109DC25* L7C109DC20* L7C109DC17 , * L7C109WC17* C m m e r c ia l S c r e e n in g o 25 ns 20 ns 17 ns L7C109WI25* L7C109WI20 , m e r c ia l S c r e e n in g o 25 ns 20 ns 17 ns L7C109KC25* L7C109KC20* L7C109KC17 -
OCR Scan
Abstract: and L7C109 are highperformance, low-power CMOS static RAMs. The storage circuitry is organ ized as 131 , single active-low Chip Enable. The L7C109 has two Chip Enables (one active-low). These devices are , L7C108/L7C109 and L7CL108-L/L7C109-L consume only 1.5 mW and 60 jiW (typical) respectively, at 3 V, allowing effective battery backup operation. The L7C108 and L7C109 provide asynchronous (unclocked , L7C109, CEl and OE must be LOW while CE2 and WE are HIGH. The data in the addressed memory location will -
OCR Scan
L7C108/L7C109 108/9-D L7C109KMB17L
Showing first 20 results.