VALID LOGIC SYSTEMS Search Results

AAAC

Contextual Info: April 2004 ASM4SSTVF16857 rev 1.1 DDR 14-Bit Registered Buffer LVCMOS level at a valid logic state since VREF may Features • not be stable during power-up. Fully JEDEC JC40 - JC42.5 compliant for DDR1 applications to include: PC1600, PC2100, PC2700 To ensure that outputs are at a defined logic state

ASM4SSTVF16857

Abstract: 48TT ASM5CVF857 JC42 PC2100 PC2700 PC3200 marking AAAC
Contextual Info: August 2004 ASM4SSTVF16857 rev 2.0 DDR 14-Bit Registered Buffer LVCMOS level at a valid logic state since VREF may Features • not be stable during power-up. Fully JEDEC JC40 - JC42.5 compliant for DDR1 applications to include: PC1600, PC2100, PC2700 To ensure that outputs are at a defined logic state

TAG A3

Abstract: burndy MODULE intel sram CYM7427PB-20 CYM7428PB-20
Contextual Info: CYM7427 CYM7428 ADVANCED INFORMATION 82420 PCIsetĆCompatible Level II Cache Module Family Features D D D D D D D D D Cache size 128 Kbytes or 256 Kbytes Tag width of 7 bits plus valid bit Independent dirty bit Operates with systems based on the Intel 82420 core logic

LVT16245

Contextual Info: Cover Story BUS TERMINATION Terminating buses in computer designs To maintain reliability in a typical computer system that is idle or being reconfigured, you must design system interconnects such that they maintain or transition to a valid logic level. You can use several

JC-42

Abstract: AAAC
Contextual Info: June 2004 ASM4SSTVF16857 rev 1.1 DDR 14-Bit Registered Buffer LVCMOS level at a valid logic state since VREF may Features • not be stable during power-up. Fully JEDEC JC40 - JC42.5 compliant for DDR1 applications to include: PC1600, PC2100, PC2700 & PC3200.

HD74LS42P

Abstract: HD74LS42 HD74LS42FPEL HD74LS42RPEL PRDP0016AE-B PRSP0016DG-A PRSP0016DH-B
Contextual Info: HD74LS42 BCD-to-Decimal Decoder REJ03D0409–0300 Rev.3.00 Jul.22.2005 This monolithic decimal decoder consists of eight inverters and ten four-input NAND gates. The inverters are connected in pairs to make BCD input data available for decoding by NAND gates. Full decoding of valid input logic

Contextual Info: M-957 DTJIIIF Receiver *v detection of a valid end-of-signal pause or by the CLEAR input. An early signal presence indicator, BD, facilitates applications requiring tone blocking. The data outputs operate with simple logic circuits or microprocessors, and are threestate enabled to facilitate bus-oriented architectures.

400X

Abstract: 9301DMQB 9301FMQB C1995 DM9301 DM9301N J16A N16E W16A 9301DM
Contextual Info: 9301 DM9301 1-of-10 Decoders General Description Features These BCD-to-decimal decoders consist of eight inverters and ten 4-input NAND gates The inverters are connected in pairs to make BCD input data available for decoding by the NAND gates Full decoding of valid input logic ensures that

957a

Abstract: 75T957A-1P Teltone M-957 75T957-IP qau3
Contextual Info: IIE SILICON SYSTEMS INC Mmsuskms 0 2 5 3 ^ 5 Qaü37?Q 1 • D SSI 75T957/957A DTMF Receiver with Diai Tone Reject Filtér — T -7 S -T 7 -0 7 May, 1989 FEATURES DESCRIPTION The SSI 75T957/957A combines swltched-capacitor and digital frequency measuring techniques to decode

Contextual Info: ICS1889 Integrated Circuit Systems, Inc. Product Preview 100Base-FX Integrated PHYceiver General Description Features The ICS1889 is a fully integrated physical layer device sup­ porting 100 Megabits per second CSMA/CD Fast Ethernet fiber optic applications. It is designed to support the require­

Z80h

Abstract: TDA 718 z80b 74LS74 timing diagram Z80B-CPU Z850 74ls74 timing setup hold z80a cpu Z850D 74LS164M
Contextual Info: A p p l ic a t io n N o t e <£ZiI£3G INTERFACING Z80 CPUS TO THE Z8500 P e rip h e ra l fa m ily INTRODUCTION Data Bus Signals The Z8500 Family consists of universal peripherals that can interface to a variety of microprocessor systems that use a non-multiplexed address and

Z80h

Abstract: Z80A CPU Z80B-CPU z80 timing diagram z80 cio Z80A Z80B CPU Z80A-CPU Z80H CPU Z8500
Contextual Info: APPLICATION NOTE 6 INTERFACING Z80 CPUS TO THE Z8500 PERIPHERAL FAMILY 6 INTRODUCTION The Z8500 Family consists of universal peripherals that can interface to a variety of microprocessor systems that use a non-multiplexed address and data bus. Though similar to Z80 peripherals, the Z8500 peripherals differ in

Contextual Info: Multiple FIFO Configuration in ispLSI 6192 Figure 1. ispLSI 6192 Functional Block Diagram Introduction In various data communications applications, it is often necessary to transmit and receive large blocks of data at high data rates between two systems. The size of the

MUX41

Abstract: DUAL ASYNCHRONOUS COMMUNICATIONS ELEMENT dbit53 "Single-Port RAM"
Contextual Info: Multiple FIFO Configuration in ispLSI 6192 Figure 1. ispLSI 6192 Functional Block Diagram Introduction In various data communications applications, it is often necessary to transmit and receive large blocks of data at high data rates between two systems. The size of the

MUX41

Contextual Info: Multiple FIFO Configuration in ispLSI 6192 Figure 1. ispLSI 6192 Functional Block Diagram Introduction In various data communications applications, it is often necessary to transmit and receive large blocks of data at high data rates between two systems. The size of the

Contextual Info: Multiple FIFO Configuration in ispLSI 6192 Figure 1. ispLSI 6192 Functional Block Diagram Introduction In various data communications applications, it is often necessary to transmit and receive large blocks of data at high data rates between two systems. The size of the

CFS T1

Abstract: Ethernet and 100M fx Fibre Channel ICS1889 ICS1890 E1 to fiber optic converter circuit
Contextual Info: ICS1889 Integrated Circuit Systems, Inc. Advance Information 100Base-FX Integrated PHYceiver  General Description Features The ICS1889 is a fully integrated physical layer device supporting 100 Megabits per second CSMA/CD Fast Ethernet fiber optic applications. It is designed to support the requirements of DTEs adapter cards , repeaters and switches. It is

Contextual Info: ülmËL Features • • • • • • • • • 3.0V to 5.5V Operating Range Advanced Low Voltage Electricaly Erasable Programmable Logic Device User Controlled Power Down Pin Option Pin-Controlled Standby Power 10 |iA Typical Well-Suited for Battery Powered Systems

22V10 ATMEL

Abstract: 22V10C ATF22LV10C ATF22LV10C-10JC ATF22LV10C-10PC ATF22LV10C-10SC ATF22LV10CZ ATF22V10C
Contextual Info: Features • • • • • • • • • • • • 3.0V to 5.5V Operating Range Advanced Low Voltage Electricaly Erasable Programmable Logic Device User Controlled Power Down Pin Option Pin-Controlled Standby Power 10 µA Typical Well-Suited for Battery Powered Systems

E84-0200A

Abstract: E-84
Contextual Info: Intel Corporation 5000 W. Chandler Blvd. Chandler, AZ 85226 Component Automation Systems Material Handling Systems E84 Memo Date: Subject: To: From: 19 May 2000 Clarification of Potential 300mm SEMI E84 Issues and Supplier Expectations All 300mm Equipment Supplier E84 Software Experts

Contextual Info: ATF22LV10C Features • • • • • • • • • • • • 3.0V to 3.6V Operating Range Advanced Low Voltage Electricaly Erasable Programmable Logic Device User Controlled Power Down Pin Option Pin-Controlled Standby Power 10 nA Typical Well-Suited for Battery Powered Systems

Contextual Info: ATF22LV10C Features • • • • • • • • • 3.0V to 3.6V Operating Range Advanced Low Voltage Eiectrlcaly Erasable Programmable Logic Device User Controlled Power Down Pin Option Pin-Controlled Standby Power 10 jxA Typical Weil-Suited for Battery Powered Systems

AH8304TC

Abstract: AH8304TM 16 bit gray code to binary converter
Contextual Info: Description The AH8304 video D/A converters are third generation hybrid devices that provide designers of low- to mediumcost color display systems with a complete, self-contained, TTL com­ patible, composite video subsystem in a 24 pin DIP. Offered as both an

AM685

Abstract: ad770 circuit for binary to gray code converter 3bit flash adc Digital Oscilloscope Preamplifier AD9002 SC-10 analog devices transistor tutorials woodward
Contextual Info: MT-011 TUTORIAL Find Those Elusive ADC Sparkle Codes and Metastable States by Walt Kester INTRODUCTION A major concern in the design of digital communications systems is the bit error rate BER . The effect of the ADC noise on system BER can be analyzed, provided the noise is Gaussian.