The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
TPS54116QRTWRQ1 Texas Instruments Automotive DDR Power Solution with 4-A, 2-MHz VDDQ DC/DC Converter, 1-A VTT LDO and VTTREF 24-WQFN -40 to 125
SN74116N3 Texas Instruments Dual 4-bit D-type latches with clear 24-PDIP 0 to 70
GC4116-PBZ Texas Instruments 4 Channel Narrowband DUC 160-BGA -40 to 85
SN74116N Texas Instruments Dual 4-bit D-type latches with clear 24-PDIP 0 to 70
GC4116-PB-ASY Texas Instruments SPECIALTY TELECOM CIRCUIT, PBGA160, 15 X 15 MM, PLASTIC, BGA-160
GC4116-PB Texas Instruments 4 Channel Narrowband DUC 160-BGA

4116 DRAM Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
PF8681

Abstract: OM1016 pm3580 OM1018 OM5027 OM1022 SCC68070 Micro family 8048 8048 microcontroller APPLICATION OM4160
Text: Corporation PO Box 275 17 Model Ave Hopewell New Jersey 08525 USA Tel. Fax +001 609 466 1751 +001 609 466 4116 , -BASED SYSTEMS OM4160 Microcore-1 dem onstration/evaluation board: SCC68070, 128K EPROM, 512K DRAM , l2C, RS


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PDF OM1022 25-pin 8400-series OM4151 OM5027 68000-BASED OM4160 SCC68070, RS-232C, SCC66470, PF8681 OM1016 pm3580 OM1018 OM5027 OM1022 SCC68070 Micro family 8048 8048 microcontroller APPLICATION OM4160
MCD270

Abstract: MCD251 4116 Dram MCD212
Text: Shadowing . 4 MByte DRAM Direct Drive (256K x 4, 1M x 4, and 256K x 16 DRAM Types Supported) · Up to 768 x , memory and provides chip-select signals for system ROM and peripherals. The on-chip DRAM controller can support up to 4 MByte of DRAM and controls access to the unspecialized System or Video DRAM . The CPU can , the Video DRAM . Each channel has a Real Time file decoder permitting the display of normal, runlength , P IN DESCRIPTION JTA6 TEST INTERFACE VIDEO INTERFACE DRAM INTERFACE IO PIN


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PDF MCD212 MCD212 MCD212/D. MCD211 MCD214 MCD270 MCD251 4116 Dram
1/DRAM 4116

Abstract: 4116 DRAM dram 4116 51232 S1232
Text: [M IC R O N 512K X 32, 1 MEG x MT16D(T)51232 16 DRAM MODULE DRAM _ MODULE _ _ Ä , standby current, 3.2^A maximum (L-version) · Thin outline using TSOP version DRAM MODULE M T 1 6 D , X MT16D(T)51232 32, 1 MEG x 16 DRAM MODULE correct state by maintaining power and executing , memory organization. FUNCTIONAL B LO C K DIAGRAM DRAM MODULE U1-U16 = MT4C4256 U M J16 = MT4C4256 , 16 DRAM MODULE ADDRESSES FUNCTION RAS ÜÄ!f WF *R 'C DATA-IN/OUT DQ1-DQ32 Standby READ


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PDF MT16D 72-Pin DE-10) DE-25) 424mW 512-cycle 1/DRAM 4116 4116 DRAM dram 4116 51232 S1232
MCD214

Abstract: 4116 Dram MCD211 MCD270 1/DRAM 4116
Text: , Including ROM Shadowing 4 MByte DRAM Direct Drive (256K x 4, 1M x 4, and 256K x 16 DRAM Types Supported) Up , occurred. MCD214 will only operate with 4- bit DRAM , or with 16-bit DRAM chips with two CAS inputs and one , using 68000/6 8070-16 or 68340/3 41-16 series processors, tie DTACKSEL low; for 68340/341 - 2 5 designs , line outputs for DRAM control. Bidirectional M emory Data bus, thre e-state. Used to transfer data between DRAM bus and the M CD214. Stable when W R is asserted during a write cycle. Driven by the M CD214


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PDF CD214 MCD214 MCD214/D. 680X0 MCD270 MCD214. 4116 Dram MCD211 1/DRAM 4116
Not Available

Abstract: No abstract text available
Text: MT16D(T)51232 32, 1 MEG x 16 DRAM MODULE 512 K x 32,1 MEG X 16 DRAM MODULE FAST-PAGE-MODE , . DRAM MODULE OPTIONS 72-Pin SIMM (DE-10) SOJ Version (DE-25) TSOP Version MICRON , . b 111S 4 ^ DDQÖ022 SST ■MRN X MT16D(T)51232 32,1 MEG x 16 DRAM MODULE For x l6 , organization. FUNCTIONAL BLOCK DIAGRAM DRAM MODULE 4 -1 1 4 MICRON SEMICONDUCTOR INC MICRON b3E D 512K X ■32, 1 MEG x 0006053 H T b _ M H R N MT16D(T)51232 16 DRAM MODULE


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PDF MT16D 72-pin 424mW 512-cycle
1998 - 8051 using I2C BUS

Abstract: rs232 to I2c Users guide to I2C-bus control programs OM1022 I2C Printer Port Adapter philips 8051 i2c PF8681 s87c00ksd SCC68070 OM5027
Text: version 2.6 I2C PLL version 2.3 I2C CELL Tel.+1 609 466 1751 Fax+1 609 466 4116 version , -BASED SYSTEMS OM4160 Microcore-1 demonstration/evaluation board: SCC68070, 128K EPROM, 512K DRAM , I2C, RS


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PDF MIIC-101 OM1022 MIIC-101 25-pin PDS51, 68000-BASED OM4160 SCC68070, RS-232C, SCC66470, 8051 using I2C BUS rs232 to I2c Users guide to I2C-bus control programs OM1022 I2C Printer Port Adapter philips 8051 i2c PF8681 s87c00ksd SCC68070 OM5027
93BIY

Abstract: mt4c4256 883c
Text: M IC R O N 512K X 32, 1 MEG x MT16D(T)51232 16 DRAM MODULE DRAM _ MODULE IV IV L , MICRON B StMICONlJUCTOH IN C 512K X 32, 1 MEG x MT16D(T)51232 16 DRAM MODULE correct , |IC=r o N 512K X 32, 1 MEG x MT16D(T)51232 16 DRAM MODULE TRUTH TABLE ADDRESSES , 16 DRAM MODULE ABSOLUTE MAXIMUM RATINGS* Voltage on V cc Supply Relative to V s s . , |CC7 3.2 3.2 3.2 mA 24 4-116 Micron Semiconductor, Inc. reserves the nght to


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PDF MT16D 72-pin 512-cycle 93BIY mt4c4256 883c
TMS9900

Abstract: OZ 9930 pal 007c TMS9929 oloa 8888 LUBRICANT oloa 8888 TMS9918 TMS9929A 9928A TM990
Text: .3-1 3.1.3 VDP to DRAM Address Connections , . .2~25 3-1 VDP to DRAM Address Connections , selects 4027 RAM operation 1 selects 4108/ 4116 RAM operation BIT 1 BLANK enable/disable 0 causes the


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PDF TMS9918A/TMS9928A/TMS9929A 928A/ 4116-XX MP010A TMS9900 OZ 9930 pal 007c TMS9929 oloa 8888 LUBRICANT oloa 8888 TMS9918 TMS9929A 9928A TM990
2003 - vmivme-4116

Abstract: VMIVME 4116 instruction manual VMIVME instruction manual MC68000 PANDUIT connector VMIVME
Text: VMIVME- 4116 8-channel 16-bit Digital-to-Analog Converter Board Product Manual (256) 880-0444 , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 VMIVME- 4116 Test Mode , . . . . . . 23 Using the VMIVME- 4116 to Test the Multiplexer Channels of the VMIVME-3200 . . . . . , 5 VMIVME- 4116 8-channel 16-bit Digital-to-Analog Converter Board Board Address Selection , VMIVME- 4116 DAC Board . . . . . . . . . . . . . . . .57 Program Example (Delayed DAC Update Mode) . . .


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PDF VMIVME-4116 16-bit VMIVME-4116 VMIVME 4116 instruction manual VMIVME instruction manual MC68000 PANDUIT connector VMIVME
4116 ram ic

Abstract: Hyb 4116 4116 RAM 4116 4116 RAM 4116 dynamic ram HYB4116 HYB4116A-3 4116p 1/DRAM 4116
Text: with M K 4116 128 refresh cycles Data output is unlatched u ]v s s ]üÄ 5 ] DO ] A6 HYB 4116 ] A3 , c The H YB 4116 m anufactured by Siem ens is a dynam ic random access m em ory built in N-channel , permits the use of the space-saving 16-pin dual in-line package. 12.83 HYB 4116 Block Diagram , 4116 Data output (DO) The data output m ay assum e three states (Tri-state logic) and is rated for , H YB 4116 requires several cycles before proper device operation is achieved. A n y 8 cycles which


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PDF 384-Bit 384X1 16-P2) 16-P3) 4116-P 4116 ram ic Hyb 4116 4116 RAM 4116 4116 RAM 4116 dynamic ram HYB4116 HYB4116A-3 4116p 1/DRAM 4116
2003 - 74HC14

Abstract: 74hc141 AK4366 1S1588 AK4116 AKD4366 4116B
Text: ). JP5 MCLK JP6 BICK JP7 LRCK JP8 4116 _SDTO 2003/03 -2- ASAHI , LRCK JP8 4116 _SDTO 2003/03 -3- ASAHI KASEI (2) [AKD4366] In case of , JP6 BICK JP7 LRCK JP8 4116 _SDTO (2) When MCLK, BICK, LRCK and SDATA are all supplied from DSP. JP5 MCLK JP6 BICK JP7 LRCK JP8 4116 _SDTO 2003/03 -4- ASAHI , > 2003/03 - 15 - A B C DGND JP1 GND D AGND E L1 (short) 4116 _REG 2 1


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PDF AKD4366] AKD4366 AK4366 AKD4366 24bit AK4366. 74HC14 74hc141 AK4366 1S1588 AK4116 4116B
itt 4116

Abstract: itt capacitors 4116 memory 4116 ITT IC 4027 pin diagram 4116 4027 itt ITT SEMICONDUCTORS ITT4
Text: and function compatible with Mostek MK 4116 (required to address 1 of 16384 bits) into the ITT 4116 on , (CAS), latch the two 7 bit address words into the ITT 4116 . The 16 pin DIP gives the highest system bit , operating modes are incorporated in the ITT 4116 in addition to the usual read and write cycles; read modify write, page mode and RAS only refresh cycles are available. The ITT 4116 16384 bit memory has the same , absolute maximum conditions for extended periods may affect device reliability. General The ITT 4116 is


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PDF ITT4116 16384-Bit ITT4116 6251-121-5E itt 4116 itt capacitors 4116 memory 4116 ITT IC 4027 pin diagram 4116 4027 itt ITT SEMICONDUCTORS ITT4
1986 - VME-4116

Abstract: VMIVME-4116 vmivme-4116-070 VMIVME-4116-050 VMIC 4116 882 ch7 P3 connector VMIVME-4116-060 vme 4116
Text: VMIVME- 4116 8-Channel 16-bit Resolution Analog Output Board · · · · · · · · · · · · , . INTRODUCTION - The VMIVME- 4116 Digital-to-Analog Converter (DAC) Board performs digital-to-analog conversion , board. The CSR can be read by the processor at any time. The VMIVME- 4116 board functional block , Compatibility: The VMIVME- 4116 Analog Output Board is a standard, double height, printed circuit board which , VMIVME- 4116 Model Number Description 0 to ±10 V Outputs 8-Channel, Double-Buffered, 16-bit Analog


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PDF VMIVME-4116 16-bit Built-ME-4116 VMIVME-31xx VMIVME-41xx VME-4116 VMIVME-4116 vmivme-4116-070 VMIVME-4116-050 VMIC 4116 882 ch7 P3 connector VMIVME-4116-060 vme 4116
4116 ram

Abstract: RAM 4116 4116 16k ram 4116 4116 dynamic ram 4116 MEMORY AT328 ci tc 4027 1/4116 16k ram mostek 4116
Text: chip selection and extended page boundary DESCRIPTION The MK 4116 is a new generation MOS dynamic , , the MK 4116 (16K RAM) incorporates advanced circuit techniques designed to provide wide operating , 4116 is MOSTEK's double-poly, N-channel silicon gate, POLY II ® process. This process, coupled with , minimized without any sacrifice in speed or operating margin. These factors combine to make the MK 4116 a , ) permits the MK 4116 to be packaged in a standard 16-pin DIP. This recognized industry standard package


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PDF 4116P-2/3 16-pin 150ns 375ns 200ns 462mW -120V 76/AT3289-2 4116 ram RAM 4116 4116 16k ram 4116 4116 dynamic ram 4116 MEMORY AT328 ci tc 4027 1/4116 16k ram mostek 4116
4116 ram ic

Abstract: 4116 ram RAM 4116 4116 dynamic ram 4116 ic ram 4116 memory M5K4116P M5K4116 4116 M5K4116P-3
Text: MITSUBISHI LSIs M5K 4116 P-2, S-2; P-3, S-3; P-4, S-4 16 384-BIT (16 384-WORD BY 1 , ) (mW) M5K41I6P-2. S-2 150 320 330 M5K 4116 P-3. S-3 200 375 280 M5K 4116 P-4, S-4 250 410 260 PIN , M5K 4116 P-2, S-2; P-3, S-3; P-4, S-4 16 384-BIT (16 384-WORD BY 1-BIT) DYNAMIC RAM SUMMARY OF OPERATIONS Addressing To select one of the 16 384 memory cells in the M5K 4116 P and S, the 14-bit address , applied to the M5K 4116 P and S as chip-select in the memory system, but if RAS is decoded, all unselected


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PDF 384-BIT 384-WORD 16-pin 50ns/DIVISION 4116 ram ic 4116 ram RAM 4116 4116 dynamic ram 4116 ic ram 4116 memory M5K4116P M5K4116 4116 M5K4116P-3
4116 memory

Abstract: Z8000 4116 ram AMZ8000 LINK8000 4116
Text: Advanced Micro Computers A subsidiary of Advanced Micro Devices an Am96/ 4116 MonoBoard Computer , program used with the Am96/ 4116 AmZ8000 16-Bit Monoboard computer; it is intended to assist the system designer in developing programs for the Am96/ 4116 . Familiarity with the MonoBoard architecture and the , .14 FIGURES 1. Am96/ 4116 Memory Map.2 TABLES 1. Monitor Command Summary.4 2. Monitor I/O Control Block.12 v/iv MONOBOARD MONITOR USER'S MANUAL INTRODUCTION The Am96/ 4116 MonoBoard


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PDF Am96/4116 Am96/4630 AmZ8000 16-Bit 00680157B. Am96/4110 4116 memory Z8000 4116 ram LINK8000 4116
4116 ram

Abstract: RAM 4116 4116 4116 16k ram MK4116 4116-2 MK 4027 41163 4116 MEMORY mk4116J
Text: supply (-5.7V) DESCRIPTION The MK 4116 is a new generation MOS dynamic random access memory circuit organized as 16,384 words by 1 bit. As a state-of-the-art MOS memory device, the MK 4116 (16K RAM , performance MK 4027 (4K RAM). The technology used to fabricate the MK 4116 is MOSTEK's double-poly, N-channel , MK 4116 a truly superior RAM product. Multiplexed address inputs (a feature pioneered by MOSTEK for its 4K RAMS) permits the MK 4116 to be packaged in a standard 16-pin DIP. This recognized industry


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PDF MK4116 16-pin 150ns 320nscycle 200ns 375ns 462mW 4116 ram RAM 4116 4116 4116 16k ram 4116-2 MK 4027 41163 4116 MEMORY mk4116J
2003 - 4116B

Abstract: 74HC14 74HC14 input and output circuit diagram AKD4367 AK4367 AK4116 1S1588 4116L 4116 printer layout hp
Text: should be connected to PORT3 (DSP). JP5 MCLK JP6 BICK JP7 LRCK JP8 4116 _SDTO <KM071300 , JP6 BICK JP7 LRCK JP8 4116 _SDTO 2003/03 -3- ASAHI KASEI (2 , from AK4116. JP5 MCLK JP6 BICK JP7 LRCK JP8 4116 _SDTO (2) When MCLK, BICK, LRCK and SDATA are all supplied from DSP. JP5 MCLK JP6 BICK JP7 LRCK JP8 4116 _SDTO <KM071300 , > 2003/03 - 16 - A B DGND JP1 GND C D AGND E L1 (short) 4116 _REG 2 E


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PDF AKD4367] AKD4367 AK4367 AKD4367 24bit AK4367. 4116B 74HC14 74HC14 input and output circuit diagram AK4367 AK4116 1S1588 4116L 4116 printer layout hp
pt 4115

Abstract: transistor k 4110 411e UNR4112 UN4111 UNR4114 UNR4116 UNR4117 UNR4118 411l
Text: Transistors with built-in Resistor UNR4111/4112/4113/4114/4115/ 4116 /4117/ 4118/4119/4110/411D/411E/411F/411H/411L (UN4111/4112/4113/4114/4115/ 4116 /4117/4118/ 4119/4110/411D/411E/411F/411H/411L , /4113/4114/4115/ 4116 /4117/4118/ 4119/4110/411D/411E/411F/411H/411L Transistors with built-in Resistor , 0.2 UNR4113 ­ 0.1 UNR4115/ 4116 /4117/4110 IEBO VEB = ­6V, IC = 0 ­ 0.01 UNR411F , */ 4116 */4117*/4110* hFE VCE = ­10V, IC = ­5mA UNR411F/411D/4119/411H 80 160 460 30


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PDF UNR4111/4112/4113/4114/4115/4116/4117/ 4118/4119/4110/411D/411E/411F/411H/411L N4111/4112/4113/4114/4115/4116/4117/4118/ 4119/4110/411D/411E/411F/411H/411L) UNR4111 UNR4112 UNR4113 UNR4114 UNR4115 UNR4116 pt 4115 transistor k 4110 411e UNR4112 UN4111 UNR4114 UNR4116 UNR4117 UNR4118 411l
Not Available

Abstract: No abstract text available
Text: i s m 256K X 16 FPM DRAM W03.pm5 - ftev.3/97 UNITS ns ns ns DG11SSG 4-116 MIN 35 , 256KX 16 FPM DRAM (MICRON M T 4 C 16257 DRAM FEATURES PIN ASSIGNMENT (Top View) â , products or specifications wlttiout notice. ©1997, Micron Technology, Inc. F M DRAM P OPTIONS 40-Pin SOJ (DA-6) P IIC n O N 256K X 16 FPM DRAM FUNCTIONAL BLOCK DIAGRAM F M DRAM P , specifications withoul notice. ©1997, Micron Techrwlogy, Inc. 2 5 6 K X 16 FPM DRAM (MICRON FUNCTIONAL


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PDF 256KX 512-cycle
Not Available

Abstract: No abstract text available
Text: MEG x 36, 4 MEG x 18 IC DRAM CARD MICRON B SSE TECKNOlOC'MMC IC DRAM CARD 8 MEGABYTES , PCMCIA standard 88-pin IC DRAM card • Polarized receptacle connector • Industry standard DRAM , megabyte, IC DRAM card organized as a 2 Meg x 36 bit memory array. It may also be configured as a 4 Meg x , BACKUP (BBU) cycle refresh; a very low current, data retention mode. Standard component DRAM refresh , MT24D88C236 36, 4 MEG x 18 1C DRAM CARD FUNCTIONAL BLOCK DIAGRAM T -4 6 -2 3 - Ili DQ35 NEWJ


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PDF 88-Pin
2001 - pt 4115

Abstract: transistor k 4110 4113 UNR4116 UNR4115 UNR4114 UNR4113 UNR4112 un4111 D 4110
Text: Transistors with built-in Resistor UNR4111/4112/4113/4114/4115/ 4116 /4117/ 4118/4119/4110/411D/411E/411F/411H/411L (UN4111/4112/4113/4114/4115/ 4116 /4117/4118/ 4119/4110/411D/411E/411F/411H/411L , /4112/4113/4114/4115/ 4116 /4117/4118/ 4119/4110/411D/411E/411F/411H/411L Transistors with built-in , ­ 0.2 UNR4113 ­ 0.1 UNR4115/ 4116 /4117/4110 IEBO VEB = ­6V, IC = 0 ­ 0.01 , */ 4116 */4117*/4110* hFE VCE = ­10V, IC = ­5mA UNR411F/411D/4119/411H 80 160 460 30


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PDF UNR4111/4112/4113/4114/4115/4116/4117/ 4118/4119/4110/411D/411E/411F/411H/411L N4111/4112/4113/4114/4115/4116/4117/4118/ 4119/4110/411D/411E/411F/411H/411L) UNR4111 UNR4112 UNR4113 UNR4114 UNR4115 UNR4116 pt 4115 transistor k 4110 4113 UNR4116 UNR4115 UNR4114 UNR4113 UNR4112 un4111 D 4110
dram card 60 pin

Abstract: sm 4109 jeida dram 88 pin
Text: (V /IIC R O N MT24D88C236 2 MEG x 36, 4 MEG x 18 IC DRAM CARD IC DRAM CARD FEATURES · JEIDA, JEDEC and PCMCIA standard 88-pin IC DRAM card · Polarized receptacle connector · Industry standard DRAM , access MARKING -6 -7 -8 GENERAL DESCRIPTION The MT24D88C236 is an 8 m egabyte, IC DRAM card , very low current, data retention mode. Standard component DRAM refresh m odes are supported as well , thB right to change protfcjcts w 4-107 |V|CRON MT24D88C236 2 MEG x 36, 4 MEG x 18 IC DRAM


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PDF MT24D88C236 88-pin 128ms 88-Pin92 wi992. dram card 60 pin sm 4109 jeida dram 88 pin
Not Available

Abstract: No abstract text available
Text: This Data Sheet is subject to change without notice. Page : 1 (K S88C 4116 ) ■7^4142 , . P age: 2 (K S88C 4116 ) ■7^4142 QG32537 27e ■! K S 8 8 C 4 1 16 , in Korea. Page: 3 (K S88C 4116 ) ■7^b4142 □□3253ft 1Q5 K S 8 8 C 4 1 16 , , 4 6 -5 0 P 7.0-P 7.7 (C) 1996 Samsung Electronics Printed in Korea. P age: 4 (K S88C 4116 , 4116 ) 7% 414E 0032540 - fit>3 ■K S 8 8 C 4 1 16 Microcontroller ELECTRONICS


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PDF KS88C4116 16-bit 28-bit 1040-byte 16-Kbyte G3254b 0D32S47
cmos 4116

Abstract: ic cmos 5011 7116-TTL DIP 4 Crystals S 5018 4 pin 40 mhz crystal oscillator 4116
Text: DATUM INC/ SPECTRUM TECH 3^E » SbSSbT? DQ000Ö3 b ■sptiT-5°-ìÌ CRYSTAL OSCILLATOR IC LOGIC CLOCKS HYBRID DIP LOW PROFILE SERIES: 7116 TTL / 4116 CMOS FEATURES: • High Reliability • Low profile • DIP Mounting • Any frequency, 0.015Hz to 65 MHz OPTIONS: • Screening per , APPLICATIONS: Series 7116/ 4116 oscillators are produced with thick film hybrid circuits and integrally mounted , 7116/ 4116 7114/4114 PIN 7 8 14 7117/4117 PIN 7 4 14 Note: Where other pins are present they may be


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PDF DQ000Ã 015Hz MIL-STD-883 M55310/08, M55310/11, cmos 4116 ic cmos 5011 7116-TTL DIP 4 Crystals S 5018 4 pin 40 mhz crystal oscillator 4116
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