REGISTER PHILLIPS Search Results

Contextual Info: Philips Sem lconductors-Slgnetlc* Document No. 853-061S ECN No. 99490 Date of issue January 8,1990 Status Product Specification FAST 74F835 Shift Register FAST Products 8-Bit Shift Register with 2:1 Mux-in, Latched “B” inputs, and Serial Out FEATURES • Specifically designed for Video

54F374

Abstract: 54F373 54F573 54F574 GDFP2-F20 register phillips u0602
Contextual Info: Product Specification Phillips Semiconductors Military FAST Products 54F373, 54F374 Latches/Flip-Flops • See 54F574 for broadside pinout ver­ sion of the 54F374 FEATURES • 8-bit transparent latch — 54F373 • 8-bit positive, edge-triggered register

LH1 878

Contextual Info: Phillips S em iconductors M ilitary FAST P roducts P rodu ct Specification Latches/Flip-Flops 54F373,54F374 FEATURES • See 54F574 for broadside pinout ver­ sion of the 54F374 • 8 -bit transparent latch — 54F373 • 8 -bit positive, edge-triggered register

motorola 62412

Abstract: dsc 8d15 mpc860 powerPC fir3d "risc Timer" pwm 2114 ram mark AT0 motorola 68000 MPC860 tle 6261 g
Contextual Info: MPC860 Overview Memory Map Hardware Interface Overview PowerPC Core Overview PowerPC Core Register Set MPC860 Instruction Set PowerPC Exceptions Instruction and Data Caches Memory Management Unit Instruction Execution Timing System Interface Unit Reset External Signals

bu2098

Contextual Info: TECHNICAL NOTE Serial-in / Parallel-out Driver Series Serial / Parallel 2-input Driver BU2098F, BU2090F/FS ●Description Serial-in-parallel-out driver is a open drain output driver. It incorporates a built-in shift register and a latch circuit to turn on a

start-stop LOGIC wiring circuit diagram

Abstract: BU2090F BU2090FS BU2098F SSOP-A16
Contextual Info: TECHNICAL NOTE Serial-in / Parallel-out Driver Series Serial / Parallel 2-input Drivers BU2098F, BU2090F, BU2090FS ●Description Serial-in-parallel-out driver is a open drain output driver. It incorporates a built-in shift register and a latch circuit to turn on a

ms35338-135

Abstract: ms35649-244 MS51957 MS35338-136 MS1957-17 MS35650-304 MS51957-17 ms35649 MS35649-264 ms15795
Contextual Info: Mounting Kits - heatsink accessories Page 1 of 3 Tel toll-free : +1-855-32-AAVID Register Log in Search Home Products Solutions Aavid Design Tools & Docs Contact Company Online Store Mounting Kits Need assistance? Call us: 1-855-32-AAVID Email: estore@aavid.com

UDA1330ATS

Abstract: AT89C51SND1 MAX4468
Contextual Info: Song Quality Improvement Using the DAC on AT89C51SND1 Reference Design Signal to noise ratio can be improved by controlling the song level both with the external DAC and with the AT89C51SND1 song level SFR register. To control the song level with the DAC UDA1330ATS, the L3 mode must be used.

x37c

Abstract: ADC081C021 ADC101C021 ADC121C021 ADC121C021CIMK ADC121C021CIMKX ADC121C027 ADC121C027CIMK X31C
Contextual Info: ADC121C021/ADC121C027 I2C-Compatible, 12-Bit Analog-to-Digital Converter with Alert Function General Description Features These converters are low-power, monolithic, 12-bit, analogto-digital converters ADCs that operates from a +2.7 to 5.5V supply. The converter is based upon a successive approximation register architecture with an internal track-and-hold

x37c

Abstract: ADC121C027 ADC081C021 ADC101C021 ADC121C021 ADC121C021CIMK ADC121C021CIMKX ADC121C027CIMK ADC081 x31c
Contextual Info: ADC121C021/ADC121C027 I2C-Compatible, 12-Bit Analog-to-Digital Converter with Alert Function General Description Features These converters are low-power, monolithic, 12-bit, analogto-digital converters ADCs that operates from a +2.7 to 5.5V supply. The converter is based upon a successive approximation register architecture with an internal track-and-hold

X31C

Abstract: ADC081C021 ADC101C021 ADC121C021 ADC121C021CIMK ADC121C021CIMKX ADC121C027 ADC121C027CIMK X30C
Contextual Info: ADC121C021/ADC121C027 I2C-Compatible, 12-Bit Analog-to-Digital Converter ADC with Alert Function General Description Features The ADC121C021 is a low-power, monolithic, 12-bit, analogto-digital converter(ADC) that operates from a +2.7 to 5.5V supply. The converter is based on a successive approximation register architecture with an internal track-and-hold circuit

ADC121C027

Abstract: ADC081C021 ADC101C021 ADC121C021 ADC121C021CIMK ADC121C021CIMKX ADC121C027CIMK
Contextual Info: ADC121C021/ADC121C027 I2C-Compatible, 12-Bit Analog-to-Digital Converter ADC with Alert Function General Description Features The ADC121C021 is a low-power, monolithic, 12-bit, analogto-digital converter(ADC) that operates from a +2.7 to 5.5V supply. The converter is based on a successive approximation register architecture with an internal track-and-hold circuit

ADC081C021CIMKX

Abstract: ADC081C021EB ADC081C021 ADC081C027CIMK ADC121C027 ADC121C021 ADC081C021CIMK ADC101C021 D1130 X35C
Contextual Info: ADC081C021/ADC081C027 I2C-Compatible, 8-Bit Analog-to-Digital Converter ADC with Alert Function General Description Features The ADC081C021 is a low-power, monolithic, 8-bit, analog-to-digital converter(ADC) that operates from a +2.7 to 5.5V supply. The converter is based on a successive approximation register architecture with an internal track-and-hold

ADC081C027CIMK

Abstract: ADC081C021 ADC081C021CIMK ADC081C021CIMKX ADC101C021 ADC121C021 ADC121C027
Contextual Info: ADC081C021/ADC081C027 I2C-Compatible, 8-Bit Analog-to-Digital Converter ADC with Alert Function General Description Features The ADC081C021 is a low-power, monolithic, 8-bit, analog-to-digital converter(ADC) that operates from a +2.7 to 5.5V supply. The converter is based on a successive approximation register architecture with an internal track-and-hold

ADC121C027

Abstract: ADC081C021 ADC101C021 ADC101C021CIMK ADC101C021CIMKX ADC101C027CIMK ADC121C021
Contextual Info: ADC101C021/ADC101C027 I2C-Compatible, 10-Bit Analog-to-Digital Converter ADC with Alert Function General Description Features The ADC101C021 is a low-power, monolithic, 10-bit, analog-to-digital converter(ADC) that operates from a +2.7 to 5.5V supply. The converter is based on a successive approximation register architecture with an internal track-and-hold

ADC121C027

Abstract: ADC081C021 ADC101C021 ADC101C021CIMK ADC101C021CIMKX ADC101C027CIMK ADC121C021
Contextual Info: ADC101C021/ADC101C027 I2C-Compatible, 10-Bit Analog-to-Digital Converter ADC with Alert Function General Description Features The ADC101C021 is a low-power, monolithic, 10-bit, analog-to-digital converter (ADC) that operates from a +2.7 to 5.5V supply. The converter is based on a successive approximation register architecture with an internal track-andhold circuit that can handle input frequencies up to 11MHz.

X34C

Abstract: ADC121C027 ADC081C021 ADC081C021CIMK ADC081C021CIMKX ADC081C027CIMK ADC101C021 ADC121C021
Contextual Info: ADC081C021/ADC081C027 I2C-Compatible, 8-Bit Analog-to-Digital Converter with Alert Function General Description Features The ADC081C021 is a low-power, monolithic, 8-bit, analog-to-digital converter ADC that operates from a +2.7 to 5.5V supply. The converter is based on a successive approximation register architecture with an internal track-andhold circuit that can handle input frequencies up to 11MHz.

24C02 code example c

Abstract: 24c02 eeprom 8051 chip card 24C02 how to reset 24C02
Contextual Info: APPLICATION NOTE 7.3 ACCESS.bus Primer By Randy Goldberg This application note is intended to be a simple introduction to the ACCESS.bus ACCESS.bus is a block similar to the Phillips 8584 I2C controller . It will explain the ACCESS.bus and provide examples of how code should be

24c02 eeprom circuit diagram

Abstract: 24c02 eeprom 8051 24c02 eeprom eeprom 24c02 8051 interfacing to EEProm how to reset 24C02 eeprom read interfacing 8051 with eeprom temperature sensor interface with 8051 8051 interfacing with eeprom
Contextual Info: APPLICATION NOTE 7.3 ACCESS.bus Primer By Randy Goldberg This application note is intended to be a simple introduction to the ACCESS.bus ACCESS.bus is a block similar to the Phillips 8584 I2C controller . It will explain the ACCESS.bus and provide examples of how code should be

M1641

Abstract: densitron terminator MAKING LD 16X1 AN-1155 LM75 LM84 Display parameters
Contextual Info: National Semiconductor Application Note 1155 Jeffrey Wright May 2000 INTRODUCTION This brief paper describes a simple “Master mode’’ software I2C driver for the COP8 microcontroller. Two instances are presented. In the first I included a bit-filtering routine as alluded to in the Phillips spec. This improves the “robustness”

I2C MULTIMASTER AN MICROCHIP

Abstract: 16C64 AN578 PIC16C64 PIC16CXX MPASM PIC 16 EEPROM I2C NT 2955
Contextual Info: I2C Multi-Master Environment AN578 Use of the SSP Module in the I2C Multi-Master Environment INTRODUCTION INITIATING AND TERMINATING DATA TRANSFER The Inter-IC I2C bus is a two-wire serial interface developed by Phillips/Signetics™. The specification

uP1514

Abstract: CD4066 PIN DIAGRAM CD4066 DATASHEET CD4066 CD4066 Types HARRIS CD4066 CD4066 equivalent 988080 analog transistor a608 A608
Contextual Info: Harris Semiconductor No. AN9703.1 Harris Digital August 1997 Interfacing a Harris CDP68HC05 with an I2C Serial DAC and the Port A Tone Options Author: Christopher Mazzanti Introduction MAX519. Since a full implementation of the I2C bus protocol as defined by Phillips is beyond the scope of this application

4th-order switch-capacitor bandpass filter

Abstract: VOCODER tetra VLSI implementation of FIR filters differential raised cosine filter tetra TETRA terminal DQPSK demodulator software defined radio rAised cosine FILTER 4th-order bandpass filter FX409
Contextual Info: The Development of a VLSI IC for TETRA The FX980 Baseband Processor 1 Introductions u Matthew Phillips B.Sc. Hons Marketing Manager Consumer Microcircuits Ltd u Ken Wallace M.Sc. (V.L.S.I. Design) Senior Project Engineer Integrated Microsystems Ltd 2 CML Microsystems Plc.

Contextual Info: N E W S R E L E A S E FOR IMMEDIATE RELEASE FOR FURTHER INFORMATION: Caroline Phillips, Public Relations Manager John Gudmundson, FIFO Marketing Manager 408 492-8620 (408) 944-2053 IDT ANNOUNCES BREAKTHROUGH MEMORIES OFFERING EIGHT-TIMES DENSITY AND $1 PER KBYTE PRICING