74C SERIES CMOS LOGIC DATA Search Results

60c31

Abstract: 74HC74 74HCT-Logic 80C31HB 27C2M EPROM 27C256 interface hardware 74HC cmos family spec
Contextual Info: CHAPTER 7 80C51 Family Designing with the 80C51BH CMOS EVOLVES The original CMOS logic families were the 4000-series and the 74C-series circuits. The 74C-series circuits are functional equivalents to the correspondingly numbered 74-series TTL circuits, but have CMOS logic levels and

74LS324

Abstract: 7400 TTL 74LS327 7402, 7404, 7408, 7432, 7400 80C96 74251 multiplexer 74C923 equivalent Flip-Flop 7473 74LS324 equivalent 74C08 equivalent
Contextual Info: N T E ELECTRONICS INC 17E H ^3125=1 G0G513S Q B - o S V. ! - TRANSISTOR-TRANSISTOR LOGIC INCLUDES SERIES 74C CMOS NTE TYPE NO. •DESCRIPTION . 7214 7400 74C00 74H00 74LS00 74S00 3-State Sel/Mlpx Quad 2-Input Pos Quad 2-Input Pos Quad 2-Input Pos Quad 2-Input Pos

4 BIT 2 INPUT MULTIPLEXER

Abstract: 74VHC4053 8 bit wide 2 to 1 multiplexer multiplexer 74F151A CMOS Multiplexer 4 output multiplexer low power demultiplexer DIGITAL MULTIPLEXER ttl multiplexer
Contextual Info: Logic Products by Function Multiplexer Products Logic Product Family Product Description Package Voltage Node MM82C19 74C CMOS 16-Line to 1-Line Multiplexer DIP 5 other DM74150 Bipolar-TTL Data Selector/Multiplexer DIP 5 MM74C150 74C CMOS 16-Line to 1-Line Multiplexer 3-STATE

74c SERIES cmos logic data

Abstract: AN-77 AN-90 C1995 MM74C MM74C00 MM74C157 MM74C161 MM54C an-90 74C Family Characteristics With a good understanding of the above characteristics
Contextual Info: INTRODUCTION The purpose of this 54C 74C Family Characteristics application note is to set down in one place all those characteristics which are common to the devices in the MM54C MM74C logic family The characteristics which can be considered to apply are

cmos 74C

Abstract: AN-77 AN-90 74c SERIES cmos logic data power semiconductor 1973
Contextual Info: Fairchild Semiconductor Application Note 90 August 1973 INTRODUCTION The purpose of this 54C/74C Family Characteristics application note is to set down, in one place, all those characteristics which are common to the devices in the MM54C/MM74C logic family. The characteristics which can be considered to

TTL 7400

Abstract: 4000 series CMOS Logic levels 18 - 24v 7400 series CMOS Logic ICs 7400 TTL CV2f CMOS TTL Logic Family Specifications z1012 TTL 7400 fairchild 5 input nand gate dtl cmos logic 7400 series
Contextual Info: Fairchild Semiconductor Application Note 77 January 1983 INTRODUCTION Let’s talk about the characteristics of an ideal logic family. It should dissipate no power, have zero propagation delay, controlled rise and fall times, and have noise immunity equal

Contextual Info: Sem iconductor MM54C00/MM74C00 MM54C02/MM74C02 MM54C04/MM74C04 MM54C10/MM74C10 MM54C20/MM74C20 Quad 2-Input NAND Gate Quad 2-Input NOR Gate Hex Inverter Triple 3-Input NAND Gate Dual 4-Input NAND Gate General Description Features These logic gates employ complementary MOS CMOS to

74c SERIES cmos logic data

Abstract: MM74C00N MM74C00M MM74C02N MM74C04 cmos 74C MM74C04M mm74c04n application MM74C04N N14A
Contextual Info: Revised January 1999 MM74C00 • MM74C02 • MM74C04 Quad 2-Input NAND Gate • Quad 2-Input NOR Gate • Hex Inverter General Description The MM74C00, MM74C02, and MM74C04 logic gates employ complementary MOS CMOS to achieve wide power supply operating range, low power consumption,

TTL 7400 national semiconductor

Abstract: TRANSISTOR 6019 CV2f AN-77 C1995 CD4000A CD4016C MM74C00 MM74C02 MM74C20
Contextual Info: National Semiconductor Application Note 77 Stephen Calebotta January 1983 INTRODUCTION Let’s talk about the characteristics of an ideal logic family It should dissipate no power have zero propagation delay controlled rise and fall times and have noise immunity equal

74c SERIES cmos logic data

Abstract: MM74C02N MM74C02 MM74C04M M14A MM74C00 MM74C00M MM74C00N MM74C04 MM74C04N
Contextual Info: Revised August 2001 MM74C00 • MM74C02 • MM74C04 Quad 2-Input NAND Gate • Quad 2-Input NOR Gate • Hex Inverter General Description Features The MM74C00, MM74C02, and MM74C04 logic gates employ complementary MOS CMOS to achieve wide power supply operating range, low power consumption,

74c SERIES cmos logic data

Abstract: MM74C04N MM74C04M M14A MM74C00 MM74C00M MM74C00N MM74C02 MM74C02N MM74C04
Contextual Info: Revised May 2002 MM74C00 • MM74C02 • MM74C04 Quad 2-Input NAND Gate • Quad 2-Input NOR Gate • Hex Inverter General Description Features The MM74C00, MM74C02, and MM74C04 logic gates employ complementary MOS CMOS to achieve wide power supply operating range, low power consumption,

MM74C00

Abstract: MM74C00N MM54C00 MM54C02 MM54C04 MM54C10 MM54C20 MM74C02 MM74C04 MM74C10
Contextual Info: MM54C00 MM54C02 MM54C04 MM54C10 MM54C20 MM74C00 Quad 2-Input NAND Gate MM74C02 Quad 2-Input NOR Gate MM74C04 Hex Inverter MM74C10 Triple 3-Input NAND Gate MM74C20 Dual 4-Input NAND Gate General Description Features These logic gates employ complementary MOS CMOS to

t 5877

Abstract: MM74C00 cmos 74C mm74coon MM54C00 MM74C10 MM54C10J inverter /t 5877
Contextual Info: MM54C00/MM74C00 MM54C02/MM74C02 MM54C04/MM74C04 MM54C10/MM74C10 MM54C20/MM74C20 February 1988 Quad 2-Input NAND Gate Quad 2-Input NOR Gate Hex Inverter Triple 3-Input NAND Gate Dual 4-Input NAND Gate General Description Features These logic gates employ complementary MOS CMOS to

MM74C02

Contextual Info: Semiconductor MM54C00/MM74C00 MM54C02/MM74C02 MM54C04/MM74C04 MM54C10/MM74C10 MM54C20/MM74C20 February 1988 Quad 2-Input NAND Gate Quad 2-Input NOR Gate Hex Inverter Triple 3-Input NAND Gate Dual 4-Input NAND Gate General Description Features These logic gates employ complementary MOS CMOS to

74c SERIES cmos logic data

Abstract: mm54c30 MM74C30 AN-90 cmos 74C
Contextual Info: MM54C30/MM74C30 Wm National Semiconductor MM54C30/MM74C30 8-Input NAND Gate General Description Features The logical gate employs complementary MOS CMOS to achieve wide power supply operating range, low power con­ sumption and high noise immunity. Function and pin out

Difference between LS, HC, HCT devices

Abstract: TTL LS 7407 CMOS TTL Logic Family Specifications ECL-300 difference between HC LS series LS TTL family characteristics ttl 7407 TTL family Fairchild TTL Databook CD4000 Series
Contextual Info: LVT High-speed, high-drive logic for 3.3V applications. CMOS CROSSVOLT TM VCX High-speed CMOS enables interoperability between 3.3V and 2.5V systems, with 3.6V-tolerant inputs and outputs. LCX Offers 5V-tolerant inputs and outputs. Ideal for 3.3V applications requiring balanced

MM54C02

Abstract: 74c SERIES cmos logic data
Contextual Info: MM54C00,MM54C02,MM54C04,MM54C10,MM54C20, MM74C00,MM74C02,MM74C04,MM74C10,MM74C20 MM54C00 MM54C02 MM54C04 MM54C10 MM54C20 MM74C00 MM74C02 MM74C04 MM74C10 MM74C20 Input Gate Literature Number: SNOS316A MM54C00 MM54C02 MM54C04 MM54C10 MM54C20 MM74C00 Quad 2-Input NAND Gate

74c SERIES cmos logic data

Abstract: MM74C04M M14A MM74C00 MM74C00M MM74C00N MM74C02 MM74C02N MM74C04 MS-001
Contextual Info: Revised January 1999 MM74C00 • MM74C02 • MM74C04 Quad 2-Input NAND Gate • Quad 2-Input NOR Gate • Hex Inverter General Description All inputs are protected from dam age due to static dis­ charge by diode clam ps to V qq and GND. T he M M 74C 00, M M 74C 02, and M M 74C 04 logic gates

MM74C30N

Abstract: MM54C30J MM74C30 MM54C30 MM74C30J AN-90 C1995 J14A
Contextual Info: MM54C30 MM74C30 8-Input NAND Gate General Description Features The logical gate employs complementary MOS CMOS to achieve wide power supply operating range low power consumption and high noise immunity Function and pin out compatibility with series 54 74 devices minimizes design

4000 series CMOS Logic ICs

Abstract: 4000 SERIES cmos logic data cmos 74C cmos logic 4000 series 4000 SERIES CMOS 4000 SERIES CMOS DATA BOOK 4000 series cmos logic CMOS 4000 74HC HS-429
Contextual Info: C RY S TA L C L O C K O S C I L L ATO R S Data Sheet 9344A Rev. H CMOS Compatible HS-420 Series Description The HS-420 Series of quartz crystal oscillators are MOS compatible 4000 Series CMOS, 74C, 74HC and NMOS driving up to 50pf . Insulated standoffs to enhance

cd4000 cmos logic series guide

Abstract: PTI 30 040 ga CMOS TTL Logic Family list TTL LS 7407 Fairchild TTL Databook Difference between LS, HC, HCT devices Advanced Schottky Family CMOS TTL Logic Family Specifications ttl 7407 MM 74 HC 221 N
Contextual Info: Logic Selection Guide June 2000 Product Overview The availability of logic products is vast and dynamic. New family offerings are introduced almost every year, even as many manufacturers are reducing their product portfolios. There are sometimes only subtle differences between logic families. With so

CMOS TTL Logic Family Specifications

Abstract: ttl 7407 ttl to cmos converter 74c SERIES cmos logic data bi-directional switches IGBT TTL LS 7407 7407 TTL ttl 74 181 SV125 CD4010
Contextual Info: Logic SELECTION GUIDE Logic SELECTION GUIDE Fairchild Semiconductor, a long-time, leading global supplier of high performance semiconductors, offers a broad range of logic products to meet your design needs. You will not only find the performance that you

Logic Selection Guide

Abstract: voltage level translators gates BCM 7425 CMOS TTL Logic Family Specifications TTL LS 7407 TTL family CD4010 circuit pin configuration ttl to cmos converter bi-directional switches IGBT
Contextual Info: LogicGuide-08 5/28/08 10:29 AM Page 1 Logic SELECTION GUIDE LogicGuide-08 5/28/08 10:29 AM Page 2 LogicGuide-08 5/28/08 10:29 AM Page 3 Logic SELECTION GUIDE Fairchild Semiconductor, a long-time, leading global supplier of high performance semiconductors, offers

mm74hc

Abstract: CMOS TTL Logic Family Specifications FAIRCHILD MM74HC compared CMOS TTL Logic Family Specifications MM74HC fairchild MM74HC 16 pin MM74HC pin configuration CMOS Logic Family Specifications CD4000 series applications cmos logic databook
Contextual Info: Fairchild Semiconductor April 1998 This application note pertains to the VHC Speciality Function devices only listed in this section of the databook . These devices are direct pin, function and spec replacements for their MM74HC counterparts. On many occasions it might be necessary to interface