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LF+3.3vOLT

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Abstract: to areaefficient library elements optimized on speed with a 3.3volt power supply. CB-C8VM, a , placed at any location of the I/O area and are freely mixable with 3.3-volt buffers. The internal core is , supports both 3.3-volt and 5-volt-tolerant signaling. The 5-volt-tolerant buffers enable CB-C8VX devices to communicate with 5-volt TTL signals while protecting the ASIC. CB-C8VX requires only a 3.3-volt power supply , of prim itive macrofunctions characterized for 3.3-volt operation. Table 2. CB-C8VX/VM Die Steps -
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philips V30M HB75B5
Abstract: -bit organization Single pow er supply (+ 5 -v o lt or +3.3-volt) Self-refresh option (slow internal auto m atic , Ground + 5-volt or + 3.3-volt power supply No connection 32 NC 31 3 LCAS 30 UCAS 29 3 ÔË 26 3 As 27 , 70 ns 80 ns (+ Fast-Page Cycle Time (max) Ordering Information, /¿PD42S4263L (+3.3-volt , Writs 6 NEC Absolute Maximum Ratings Voltage on any pin relative to GNO 5-voit devices 3.3-volt , s 5-voit devices 3.3-volt devices Power dissipation, Pp -1 .0 t o + 7 .0 V -0 .5 to + 4.6 V 0 to + -
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D4242 3V07 PD424263A/L PD42S4263A/L 424263L 42S4263A 42S4263L 42S4263A/L
Abstract: move from a 5-volt to a 3.3-volt process technology, the need to be able to design in a mixed supply environment becomes increasingly important. Interfacing a 5volt device with a 3.3-volt device requires special I/O buffer designs that prevent the 5-volt device from damaging the 3.3-volt device either by , manufacturers provide to avoid the problems in interfacing 5-volt and 3.3-volt devices: x 3.3-Volt Safety - The maximum output voltage of a 5-volt device is limited to a level that is compatible with 3.3-volt Lattice Semiconductor
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MACH211SP
Abstract: SUPPLY DESIGN As more and more devices move from a 5-volt to a 3-3-volt process technology, the need to , damaging the 3-3-volt device either by putting it into latch-up or by putting too high a voltage across the , two features sem iconductor manufacturers provide to avoid the problem s in interfacing 5-volt and 3-3-volt , compatible with 3-3-volt devices. 5-Volt Tolerance - The maximum allowable input voltage of a 3-3-volt , brief describes 3-3-volt safety in more detail and how the MACH 1 & 2 SP devices can be used in environm -
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Abstract: from a 5-volt to a 3.3-volt process technology, the need to be able to design in a mixed supply environment becomes increasingly important. Interfacing a 5volt device with a 3.3-volt device requires special I/O buffer designs that prevent the 5-volt device from damaging the 3.3-volt device either by , manufacturers provide to avoid the problems in interfacing 5-volt and 3.3-volt devices: x x 3.3-Volt Safety - The maximum output voltage of a 5-volt device is limited to a level that is compatible with 3.3-volt Lattice Semiconductor
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Abstract: move from a 5-volt to a 3.3-volt process technology, the need to be able to design in a mixed supply environment becomes increasingly important. Interfacing a 5volt device with a 3.3-volt device requires special I/O buffer designs that prevent the 5-volt device from damaging the 3.3-volt device either by , manufacturers provide to avoid the problems in interfacing 5-volt and 3.3-volt devices: x 3.3-Volt Safety - The maximum output voltage of a 5-volt device is limited to a level that is compatible with 3.3-volt Vantis
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Abstract: Configuration E2PROM Now Low Voltage AT17LV65 65,536 x 1 65K FPGA Configuration E2 PROM, 3.3-Volt 2Q97 AT17LV128 131,072 x 1 128K FPGA Configuration E2PROM, 3.3-Volt 2Q97 AT17LV256 262,144 x 1 256K FPGA Configuration E2PROM, 3.3-Volt Now Gate Arrays/Embedded Arrays Device , 3.3-Volt Operation, 16 Versions with Various Pin & Gate Count, Memory, Megacells 2Q97 ATL50 Series 4K-1120K 0.5-Micron CMOS Gate Array/Embedded Array, 2.0-Volt & 3.3-Volt Mixed Voltage Atmel
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AT17C65 AT17C128 AT17C256 ATL35 ATF22LV10 ATMEL 536 8 pin IC AT8051 AT-19 Intergraph ic AT8051 0K-2500K ATLS60
Abstract: IDT INCREASING SHIPMENTS BY 500% OF ITS 15NS 3.3-VOLT SRAM TO SUPPORT PENTIUMTM DEMAND SANTA CLARA , third generation 3.3-volt design, to support PentiumTM PC demand. IDT is increasing shipments of this product by 500% during the course of the fiscal year ending March, 1996, through a combination of its 3.3-volt , . Explosive Market Demand For 3.3-volt SRAMs and IDT's 71V256SA According to industry sources, 35 million , . "The optimum Pentium secondary cache solution is the 15ns 32K x 8 3.3-volt SRAM and IDT has this part Integrated Device Technology
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IDT71V256SA 1995--I
Abstract: a 3.3-volt technology. As a result, the designs used in the I/O and input buffers will be different , output drivers are disabled. However, because of the nature of the 3.3-volt process and its design , Vpin (Volt) Figure 1. 5-Volt, 0.35-um Typical Leakage Current Characteristics 3.3-Volt, 0.35-um I/O Buffer Hot Socketing Characteristics The 3.3-volt MACH 4 and MACH 5 devices meet the , 3 -1 Vpin (Volt) Figure 2. 528 3.3-Volt, 0.35-um Typical Leakage Current Characteristics Vantis
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signal path designer M5-128 M5-192 M5-256 M5-320 M5-384 M5-512
Abstract: 64MB 72 PIN EDO DRAM SIMM With 16Mx4 3.3VOLT TS16MED3260V Description Dimensions The , 64MB 72 PIN EDO DRAM SIMM With 16Mx4 3.3VOLT TS16MED3260V Placement: F C B A D C , 3.3VOLT TS16MED3260V Pinouts: Pin No 01 02 03 04 05 06 07 08 09 10 11 12 Pin Name , PD2 PD3 PD4 NC Vss 64MB 72 PIN EDO DRAM SIMM With 16Mx4 3.3VOLT TS16MED3260V TS16MED3260V , With 16Mx4 3.3VOLT TS16MED3260V ABSOLUTE MAXIMUM RATINGS* Symbol Rating Unit VIN, VOUT Transcend Information
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64Mb simm 72 simm dram simm 64MB VIL22
Abstract: Preliminary W29N102C 'fifty ttüXP" iriecfcionics Corp. 64K x 16 CMOS 3.3V FLASH MEMORY G E N E R A L D E S C R IP T IO N The W 29N102C is a 1-megabit, 3.3-volt only CMOS tlash memory organized as 64K x 16 bits. The device can be programmed and erased in-system with a standard 3.3V power supply , /erase operations with extremely low current consumption (compared to other comparable 3.3-volt tlash , . FEATURES · Single 3.3-volt operations: - 3.3-volt Read - 3.3-volt Erase - 3.3-volt Program · Fast Program -
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S-3-57
Abstract: -3478/1 1 IDT72V255/72V265 3.3Volt SyncFIFOâ"¢ 8 ,1 9 2 x 1 8 ,1 6 ,3 8 4 x 1 8 COMMERCIAL , CD > TQFP STQFP TOP VIEW 5.32 2 IDT72V255/72V265 3.3Volt SyncFIFOâ"¢ 8 ,1 9 2 x 1 8 , connect 5.32 3 IDT72V255/72V265 3.3Volt SyncFIFOâ"¢ 8 ,1 9 2 x 1 8 ,1 6 ,3 8 4 x 1 8 , Ground Ground pins. 3 4 7 8 tbl 01 5.32 4 IDT72V255/72V265 3.3Volt SyncFIFOâ"¢ 8 ,1 9 2 x 1 , currently tested. 5.32 5 IDT72V255/72V265 3.3Volt SyncFIFOâ"¢ 8 ,1 9 2 x 1 8 ,1 6 ,3 8 4 x 1 8 -
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IDT72V255 IDT72V265 72V255/72V265 I72V255 172V265
Abstract: , w hile the 0.35-|im process is a 3.3-volt technology. As a result, the designs used in th e I/O an d , t drivers are disabled. H ow ever, because of the nature of the 3.3-volt process an d its design , 3.3-Volt, 0.35-pm I/O Buffer Hot Socketing Characteristics The 3-3-volt MACH 4 a n d MACH 5 devices m , es n e e d e d to use the 3-3-volt, 0.35-pm devices in a hot socketing environm ent are som ew hat m , iconductor industry m igrates from a 5-volt process technology to a 3-3-volt process technology, the n eed to -
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35-H-
Abstract: process is a 5-volt technology while the 0.35 um process is a 3.3-volt technology. As a result, the , , because of the nature of the 3.3-volt process and its design requirements, there is a parasitic diode , Characteristics 3.3-Volt, 0.35 um I/O Buffer Hot Socketing Characteristics The 3.3-volt MACH4 and MACH5 , 1.5 2 2.5 3 3.5 -1 Vpin (Volt) Figure 2. 4 3.3-Volt, 0.35 um Typical Leakage , result, the design techniques needed to use the 3.3-volt, 0.35 um devices in a hot socketing environment -
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MACH5 cpld amd MACH4 cpld amd Vantis mach4 M5LV-128 M5LV-256 M5LV-320 M5LV-384 M5LV-512
Abstract: : wasmith@ti.com HIGH-SPEED LOGIC LEADERS IDT AND TI JOIN FORCES TO STANDARDIZE 3.3-VOLT LOGIC SANTA CLARA , alternate sources for two 3.3-volt 16/18/20-bit logic interface families. These families include the Low , sign this agreement with IDT, as it assures additional second sourcing for these 3.3volt logic parts," , agreement with IDT further solidifies these two premiere 3.3-volt families as the standards for today , define and standardize new products, functions and families. "The 3.3-volt bus interface market is Integrated Device Technology
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CMOS Logic Family Specifications sc980 SC98016 SC-98016
Abstract: (408) 754-4605 IDT INTRODUCES THE INDUSTRY'S HIGHEST PERFORMING 3.3-VOLT SYNCHRONOUS MEGABIT SRAM , Technology, Inc. (IDT), a leading supplier of high-performance SRAMs, introduced today a new 3.3-volt , : 408-492-8674 Page 2/2-IDT INTRODUCES HIGHEST PERFORMING SYNCHRONOUS 3.3-VOLT SRAM IDT's 3.3-volt Commitment IDT recognizes the increasing demand for 3.3-volt products. IDT offers 3.3-volt products from all , expanding array of additional 3.3-volt solutions to best fit their needs. Electronic Media Program Integrated Device Technology
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1996--I IDT71V508 71V508
Abstract: *8391. MAY 1997 DSC-3478/1 1 MA25771 0027225 34^ IDT72V255/72V265 3.3Volt SyncFIFO TM , -1, order code: TF) TOP VIEW 4Ô25771 DDH7BSb 2ÛS 2 IDT72V255/72V265 3.3Volt SyncFIFO TM 8,192x18 , Do not connect 4Ô2S771 0027227 111 IDT72V255/72V265 3.3Volt SyncFIFO TM 8,192x18,16,384x18 , HF Q0-Q17 Vcc GND 4 4Ô25771 0DS72EB OSfi IDT72V255/72V265 3.3Volt SyncFIFO TM 8,192x18 , 00H722T TT4 IDT72V255/72V265 3.3Volt SyncFIFO TM 8,192x18,16,384x18 _ CO M M ERCIAL T EM PER -
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LF 3.3vOLT MO-136 492-M PSC-4036 IDT77105 64-PIN 002EMDD
Abstract: Configuration EEPROM, 3.3-volt 65K-bit FPGA Configuration EEPROM, 3.3-volt, Altera Pinout 128K-bit FPGA Configuration EEPROM, 3.3-volt 256K-bit FPGA Configuration EEPROM, 3.3-volt 256K-bit FPGA Configuration EEPROM, 3.3-volt, Altera Pinout 512K-bit FPGA Configuration EEPROM, 3.3-volt 512K-bit FPGA Configuration EEPROM, 3.3-volt, Altera Pinout 1M-bit FPGA Configuration EEPROM, 3.3-volt 1M-bit FPGA Configuration EEPROM, 3.3-volt, Altera Pinout 2M-bit FPGA Configuration EEPROM, 3.3-volt 2M-bit FPGA Configuration Atmel
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super avr manual interface bluetooth with AVR ATMEGA 16 AT90SC6464C-USB VHDL code for ADC and DAC SPI with FPGA Transponder 125k TETRAPOL PLUG 8 PINS AT90S1200 AT90S2313 AT90S2323 AT90LS2323 AT90S2343 AT90LS2343
Abstract: INDUSTRY'S FIRST 3.3-VOLT 1-MBIT FIFOS Company Continues to Lead FIFO Market Innovation While Maintaining , intent to continue pin compatibility in 4-Mbit FIFOs and beyond. These high-density 3.3-volt, 1-Mbit and , additional conversion logic for use in today's 3.3-volt system designs, the new IDT 1-Mbit SuperSync FIFOs , Lee, IDT's vice president of FIFO products. "We're the first in the industry to provide 3.3-volt, 1 , available are 3.3-volt versions of 512K density FIFOs in x18 and x9 configurations, as well as 5.0 Integrated Device Technology
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IDT72V275 IDT72V281 IDT72V285 IDT72V291 1998--I 800/9-IDT-FAX
Abstract: 5.04 1 MS5S771 0 0 5 0 0 3 2 3fl£, IDT72V255/72V265 3.3Volt SyncFIFOTM 8 ,1 9 2 x 1 8 , 3.3Volt SyncFIFOTM 6,192 X 18,16,384 x 18 _ MILITARY AND COMMERCIAL TEMPERATURE RANGES , IDT72V255/72V265 3.3Volt SyncFIFOTM 8 ,1 9 2 x 1 8 ,1 6 ,3 8 4 x 1 8 MILITARY AND COMMERCIAL TEMPERATURE , 5.04 4 4055771 0D2QQ35 0^5 IDT72V255/72V265 3.3Volt SyncFIFOTM 8 ,1 9 2 x 1 8 ,1 6 , values, not currently tested. 5.04 5 4Ô2S771 0G2ÜD3b TS1 IDT72V255/72V265 3.3Volt -
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72V255/ 72V265 G02DD MIL-STD-883 72V255 S5771
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