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Part Manufacturer Description Datasheet BUY
LTC1706EMS-85#TR Linear Technology LTC1706-85 - VID Voltage Programmer for Intel VRM 8.5; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1706EMS-85#TRPBF Linear Technology LTC1706-85 - VID Voltage Programmer for Intel VRM 8.5; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1706EMS-85 Linear Technology LTC1706-85 - VID Voltage Programmer for Intel VRM 8.5; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1706EMS-82#TR Linear Technology LTC1706-82 - VID Voltage Programmer for Intel VRM9.0/9.1; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1706EMS-82#TRPBF Linear Technology LTC1706-82 - VID Voltage Programmer for Intel VRM9.0/9.1; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1706EMS-82 Linear Technology LTC1706-82 - VID Voltage Programmer for Intel VRM9.0/9.1; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

intel 2716

Catalog Datasheet MFG & Type PDF Document Tags

intel 2716

Abstract: 2716 EPROM 24 PINS evaluation of the LM6416/17E, 2. Features â'¢ General-purpose 2K-byte EPROM (equivalent to Intel 2716) Is , conditions. For general-purpose 2K-byte EPROM, use Intel 2716 or Its equivalent. I I I LM84PGÃ'9, 98, 97 , , hlgh-humldlty conditions. * For general-purpose 2K byte ERPOM, use Intel 2716 or Its equivalent I i I r i i , TEST : Test O: Socket pin for 2716 (TOP VIEW) Ho. 124JU2/ft LM84PG99, 98, 97 4. Case Outline 3041 , MANUAL. " PLA EPROM (2716) Program ¿PROM (2716) LM64PG99/98/97 (TOP VIEW) 6. Table of LM6400 Series
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LM6413E LM6416E LM6417E CSB800A intel 2716 2716 EPROM 24 PINS eprom 2716 LM6402H LM6402 LM64PG99 LM64PG99/98/99 LM04OO LM64O0 LM6402/05A LM84PG98

eprom 2716

Abstract: 2716 eprom Intel 2716 16K (2K x 8) UV ERASABLE PROM Fast Access Time -2716-1: 350 ns Max -2716-2: 390 ns Max â'" 2716: 450 ns Max Single + 5V Power Supply Low Power Dissipation â'" Active Power: 525 mW Max â'" Standby Power: 132 mW Max Pin Compatible to Intel "Universal Site" EPROMs Simple , Outputs TTL Compatible During Read and Program Completely Static The Intel 2716 is a 16,384 , 2716 pins. Figure 2. Cerdip Pin Configuration EXTENDED TEMPERATURE (EXPRESS) EPROMs The Intel
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2716 eprom intel 2716 eprom 2716 2k eprom 2764AI 2716 memory 2716 2716-5S

intel 2716

Abstract: HN48016P Output.OR-Tie Capability â'¢ Pin-out Compatible with Intel 2716. PIN ARRANGEMENT A: [T \J ¿7] Ver A« [T
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HN48016P

2716 IC

Abstract: M5L2716K '¢ Interchangeable with Intel's 2716 in pin configuration and electrical characteristics APPLICATION â'¢ Computers , MITSUBISHI LSIs M5L 2716 K, K-65 16384-BIT (2048-W0RD BY 8-BIT) ERASABLE AND ELECTRICALLY , Manufacturer MITSUBISHI LSIs M5L 2716 K, K-65 16 384-BIT (2048-W0RD BY 8-BIT) ERASABLE AND ELECTRICALLY , MITSUBISHI LSIs M5L 2716 K, K-65 16 384-BIT (2048-W0RD BY 8-BIT) ERASABLE AND ELECTRICALLY REPROGRAMMABLE , ELECTRIC This Material Copyrighted By Its Respective Manufacturer 5â'"37 MITSUBISHI LSIs M5L 2716 K, K
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M5L2716K M5L2716K-65 2716K-65 2716 IC 2716 JL rom 2716 2716 ROM 24K10 2716K

M5L2716K

Abstract: 2716K '¢ Interchangeable with Intel's 2716 in pin configuration and electrical characteristics APPLICATION â'¢ Computers , MITSUBISHI LSIs M5L 2716 K, K-65 16384-BIT (2048-W0RD BY 8-BIT) ERASABLE AND ELECTRICALLY , Di D2 Ã3 Dâ'ž D5 D6 D7 DATA INPUTS/OUTPUTS A MITSUBISHI ELECTRIC 5â'"35 MITSUBISHI LSIs M5L 2716 , Output Program inhibit VlL V|H 25 5 Floating 5â'"36 A MITSUBISHI ELECTRIC MITSUBISHI LSIs M5L 2716 K , 2716 K, K-65 16 384-BIT (2048-W0RD BY 8-BIT) ERASABLE AND ELECTRICALLY REPROGRAMMABLE ROM PROGRAM
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intel 2716 eprom

Abstract: intel 2816 500 hours 25CPC retention bake. Data from the Intel 2716 EPROM is included as a comparison. From this data it is clear that the retention failure rate closely resembles that of the Intel 2716 EPROM. Since , Reliability Physics Symposium, Orlando, Florida, April 7, 1981. ©Intel Corporation, 1962. 5-1 A P , this paper we shall first review the basic operation of the Intel 2816 E2PROM cell. Intrinsic failure , . Fowler-Nordheim Tunneling l-V Characteristic Device Operation The Intel 2816 uses the FLOTOX structure, which
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intel 2816 intel 2816 eeprom EEPROM 2816 INTEL D 2816 B 2716 D EEPROM intel ev 2816 AP-100 P-100 NS-22

pin diagram of ic 2716

Abstract: intel 2716 eprom . Pin fo r pin com patible w ith H itachi HN48016 Interchangeable w ith Intel 2716 EPROM PIN C O N , pin fo r pin com patible w ith the H itachi HN48016 and is also interchangeable w ith the 2716 fa m , ultraviolet irradiation. 15 : 3 D4 3 D3 and O u tp u t Enable fo r the 2716 have been com bined in , erasures are not possible. ER5716 VERSUS 2716 All pins o f the tw o devices are fu n ctio n a lly
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pin diagram of ic 2716 ER5716IR ER5716HR ER5716IR/HR A0-A10

intel 2716 eprom

Abstract: pin for pin compatible with for pin compatible with Hitachi HN48016 â  Interchangeable with Intel 2716 EPROM DESCRIPTION The , HN48016 and is also interchangeable with the 2716 family of ultraviolet erasable EPROMs. Being , danger of accidental erasure of data by ultraviolet irradiation. ER5716 VERSUS 2716 All pins of the two , (GND) c 12 13 3 D3 and Output Enable for the 2716 have been combined in the Chip Select (CS) function
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pin for pin compatible with ic 2716 Eprom D 2716 D General Instrument Eprom B 2716 D

intel 2716 eprom

Abstract: HN48016 Dissipation: 300mW max. â  Pin for pin compatible with Hitachi HN48016 â  Interchangeable with Intel 2716 , compatible with the Hitachi HN48016 and is also interchangeable with the 2716 family of ultraviolet erasable , eliminated is the danger of accidental erasure of data by ultraviolet irradiation. ERS716 VERSUS 2716 All , D2 c 11 14 3 D4 Vss(GND) c 12 13 3 D3 and Output Enable for the 2716 have been combined in the
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intel 2732 eprom

Abstract: 2716 EPROM 24 PINS intel 2716* 16K (2K x 8) UV ERASABLE PROM â  Fast Access Time â'" 350 ns Max. 2716-1 â'" 390 ns Max. 2716-2 â'" 450 ns Max. 2716 â'" 490 ns Max. 2716-5 â'" 650 ns Max. 2716-6 â  Single + , from Intel which should be placed over the 2716 window to prevent unintentional erasure. The , , independent of the OE input. OUTPUT OR-TIEING Because 2716's are usually used in larger memory arrays, Intel , Power The Intel® 2716 is a 16,384-bit ultraviolet erasable and electrically programmable read-only
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intel 2732 eprom intel 8085 2732 eprom 2716 intel 2716 prom 2716 2k

74S471

Abstract: mmi 6331 +5 +5 +5 +5 com +5 +5 +5 +5 +5 +5 +5 Intel 2716 A9 Vpp /OE /CE yes , -74S288 Intel - 18SA030 7602-5 - 27A18AC 74S188 - Fujitsu -7051 6330-1 , -74S287 - Intel -3621 - 24SA10 - 7610-5 7610A 29660 - 27S20 27S20A 74S387 - , -74LS471 Intel - Vcc A7 CE2/ CE1/ O1 O2 O3 O4 Signetics -TS 82S129 (50ns , - 7620-5 29610 7620A-5 - AMD -27S13 27S13A National -74S571 74S571A Intel
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27S19 74S288 74S287 18SA30 18S030 74S471 mmi 6331 MMI 6330 74s188 programming AMD 27S21 7647R 82S123 82S131 82S126 82S23 82S130

smd a10

Abstract: HS-80C86RH Temperature Range . . . . . . . . . . . -55oC to 125oC · Pin Compatible with Intel 2716 · Low Standby
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HS-6617RH HM-6617 HS-80C85RH HS-80C86RH smd a10 5962R9570801QJC 5962R9570801QXC 5962R9570801VJC 5962R9570801VXC MIL-PRF-38535 ISO9000

462716

Abstract: DG-24B Intel 2716 HN462716 (DC-24C) HN462716G BLOCK DIAGRAM OE CÃ' 0o~07 Ao â'" Aio ÃTTÃÃÃÃT
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DG-24B 462716 Hitachi HN462716G HN-462716

HN462716

Abstract: HIM46271 Intel 2716 HIM462716 (DC-24C) BLOCK DIAGRAM OE CE 00~07 Ao â'" Aio < YTYTTTT? CS.P0WERD0WN& PROG
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HIM46271

462716

Abstract: HN462716 Intel 2716 HN462716 (DC-24C) HN462716G BLOCK DIAGRAM ÃO-07 Ao â'" A1 o < PROGRAMMING OPERATION
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IC 2732

Abstract: intel 2732 mA Max Standby Current Pin Compatible to Intel's EPROM Family: 2716, 2732A, 2764 Single +5V±5% , control (CE). The OE control eliminates bus contention in multiple bus microprocessor systems. Intel's Application Note AP-72 describes the microprocessor system Implementation of the OE and CE controls on Intel's 2716 and 2732 EPROMs. AP-72 is available from Intel's Literature Department. The 2732 has a standby , intel 2732 32K (4K x 8) UV ERASABLE PROM Fast Access Time: â'" 390 ns Max. 2732-4 â'" 450
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MCS-86 IC 2732 intel 2732 pin diagram of ic 2732 2732 memory chip 2732 EPROM specification 2732 MCS-85

hm-6616

Abstract: HM6616 ©HARR,S HS-6616RH ADVANCE INFORMATION Radiation Hardened 2K x 8 CMOS PROM Features â'¢ Radiation Hardened > Parametrics Guaranteed.1 x 10s Rad(Si) ⺠Latch-Up Free.> 1 x 1012 Rad(Si)/s â'¢ Field Programmable â'¢ Electrically Equivalent to HM-6616 â'¢ Pin Compatible with Intel 2716 â'¢ Low Standby Power.550/uW Max. â'¢ Low Operating Power.82.5mW/MHz Max. â'¢ Fast Access Time
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HM6616 harris 6616 hm 6616 HS-6616 100KHZ

eprom 2716

Abstract: 2716 JL Access Time = 450 ns MCM2716 Pin Equivalent to Intel's 2716 Pin Compatible to MCM68A316E Output Enable , Vcc Supply Current (Standby) 2716 E/Progr= V|H G = V|L icci - - 25 mA Vcc Supply Current (Active) 2716 (Outputs Open) 5 = Ã/Progr = v|l >CC2 - - 100 mA Vpp Supply Current" Vpp = 5.25 V IPP1 - - 5.0
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623A 3A11 MMD6150 MMD7000 30Q9 3D04 MCM2719 DS-9518R1/1-7

m2716a

Abstract: M2732 data, request Intel 2716 Reliability Report 19A. 10-32 , intel â  Military Temperature Range M2716M: -55°C to 125°C M2716: -55°C to 100°C â  5V ±10% Vcc â  Pin Compatible to Intel's M2732 32K EPROM M2716/M2716M 16K (2K x 8) UV ERASABLE PROM , power mode. Both are pin compatible to Intel's 32K military EPROM, the M2732. The M2716/M2716M has the , arrays, Intel has provided a 2 line control function that accommodates this use of multiple memory
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m2716a M2732 25v EPROM M2732 Intel 1030 eprom m2716

AM2716DC

Abstract: AM2716-1DC A m 2 7 1 6 /A m 4 7 1 6 2048 x 8-Bit UV Erasable PROM DISTINCTIVE CHARACTERISTICS · · · · · Direct replacement for Intel 2716 Interchangeable with Am9218 - 16K ROM Single +5V power supply Fast access time - 450ns standard with 350ns and 390ns options Low power dissipation - 525mW active - 132mW standby Fully static operation - no clocks Three-state outputs TTL compatible inputs , , CE or OE, Whichever Occurred First Min Values 2716 450 450 120 2716-1 350 350 120 100 "
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AM2716DC AM2716-1DC AM2716-6DC AM2716 AM4716DC AM4716 MIL-STD-883 2716/A
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