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SN7408N-00 Texas Instruments TTL/H/L SERIES, QUAD 2-INPUT AND GATE, PDIP14 visit Texas Instruments
SN7408N-10 Texas Instruments TTL/H/L SERIES, QUAD 2-INPUT AND GATE, PDIP14 visit Texas Instruments
SN7408J-00 Texas Instruments IC TTL/H/L SERIES, QUAD 2-INPUT AND GATE, CDIP14, Gate visit Texas Instruments
SN7408J Texas Instruments TTL/H/L SERIES, QUAD 2-INPUT AND GATE, CDIP14, CERAMIC, DIP-14 visit Texas Instruments
D2-74083-LR Intersil Corporation Intelligent Digital Amplifier and Sound Processor; LQFP128; Temp Range: 0° to 70° visit Intersil Buy
TCA7408ZSZR Texas Instruments Low-voltage 8-bit I<sup>2</sup>C I/O Expander with Interrupt Output Reset I/O Direction Registers 16-uCSP -40 to 85 visit Texas Instruments Buy

TTL 7408

Catalog Datasheet MFG & Type PDF Document Tags

TTL 7408

Abstract: TTL LS 7408 Signetics I 7408, LS08, S08 Gates Logic Products Quad Two-Input AND Gate Product Specification TYPE TYPICAL PROPAGATION DELAY TYPICAL SUPPLY CURRENT (TOTAL) 7408 15ns 16mA 74LS08 9ns 3.4mA , Manufacturer Signetics Logic Products Product Specification Gates 7408, LS08, S08 ABSOLUTE MAXIMUM RATINGS , 1.5V for all other TTL families. Input Pulse Definition FAMILY INPUT PULSE REQUIREMENTS , Manufacturer Signetics Logic Products Product Specification Gates 7408, LS08, S08 DC ELECTRICAL
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TTL 7408 TTL LS 7408 7408 AND GATE ls 7408 3 input and gate 7408 7408 74S08 N7408N N74LS08N N74S08N

TTL 7408

Abstract: 7408 pin configuration Signetics Logic Products 7408, LS08, S08 Gates Quad Two-Input AND Gate Product Specification , DELAY TYPICAL SUPPLY CURRENT (TOTAL) 7408 15ns 16mA 74LS08 9ns 3.4mA 74S08 5ns 25mA ORDERING CODE , Signetics Logic Products Product Specification Gates 7408, LS08, S08 ABSOLUTE MAXIMUM RATINGS (Over , - 1.5V lor all other TTL families. Test Circuit For 74 Totem-Pole Outputs Input Pulse Definition , Logic Products Product Specification Gates 7408, LS08, S08 DC ELECTRICAL CHARACTERISTICS (Over
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7408 pin configuration 7408 TTL TTL 7408 AND propagation delay 74LS08 fan-out 7408 74S08 74ls08 74LS08 signetics

IC AND GATE 7408

Abstract: TTL 7408 Sjgnetics I 7408, LS08, S08 Gates Quad Two-Input AND Gate Product Specification Logic Products TYPE 7408 74LS08 74S08 TYPICAL PROPAGATION DELAY 16ns 9ns 5ns TYPICAL SUPPLY CURRENT , , 1985 5 -2 4 853-0507 81501 Signetics Logic Products Product Specification Gates 7408 , >- 90% P O S IT IV E PU LSE VM VM - 1.3V for 74LS; VM - 1.5V for all other TTL families , , 1985 5-25 Slgnetics Logic Products Product Specification Gates 7408, LS08, S08 DC
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IC AND GATE 7408 IC AND GATE 7408 pin configuration LM 7408 IC 7408 function IC 7408 74LS08 pin configuration

TTL 7408

Abstract: 74LS08 fan-out Signetics I 7408, LS08, S08 Gates Quad Two-Input AND Gate Product Specification Logic Products TYPE 7408 74LS08 74S08 TYPICAL PROPAGATION DELAY 15ns 9ns 5ns TYPICAL SUPPLY CURRENT , , 1985 5-24 853-0507 81501 Signetics Logic Products Product Specification Gates 7408 , CIRCUITS AND WAVEFORMS VM - 1.3V fo r 74LS; V « - 1,5V fo r all other TTL families. T e s t C irc u , , 1985 5-25 Signetics Logic Products Product Specification Gates 7408, LS08, S08 DC
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7408 TTL 8 input TTL 74LS08 AND propagation delay 74LS08 configuration and specification 74Ls08 iec K/ic ttl 7408 1 cl 7408 N74LS08/I WF07560S

TTL 7408 AND propagation delay

Abstract: 74LS08 fan-out Signetics I 7408, LS08, S08 Gates Quad Two-Input AND Gate Product Specification Logic Products TYPE 7408 74LS08 74S08 TYPICAL PROPAGATION DELAY 15ns 9ns 5ns TYPICAL SUPPLY CURRENT , Product Specification Gates 7408, LS08, S08 ABSOLUTE MAXIMUM RATINGS PARAMETER Vcc V in l|N , VM - 1.3V for 74LS; Vm " 1.SV for all other TTL families. T e st C ircu it Fo r 74 T otem -P ole O , Product Specification Gates 7408, LS08, S08 DC ELECTRICAL CHARACTERISTICS PARAMETER (Over
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ST 7408 7408 ttl family 74LS08 PIN logic symbol 74LS08 MAX2719 7408 gates and input F07580S

74573

Abstract: 74574 Semiconductor Logic Device Cross-Reference Here is a comprehensive cross-reference of TTL and , UK ). Tables of both TTL and CMOS devices are provided along with tables grouping chips with the same functionality together. The following tables are available . TTL Device Summary CMOS Device , device is suitable for your purposes. 1 of 12 E&OE. TTL Device Summary Please click on a , 7404 7405 7406 7407 7408 7410 7411 7414 7420 7421 7427 7430 7432 7447 7448 7473 7474
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74573 74574 7486 XOR GATE 7486 full adder latch 74574 7408, 7404, 7486, 7432

IC AND GATE 7408

Abstract: IC 7408 Logic Circuits'' C1995 National Semiconductor Corporation TL H 7408 gain for the regulator It , drives the discharge transistor to reset the timing capacitor Q2 and Q3 makeup the TTL compatible , 1 Schematic Diagram TL H 7408 ­ 1 for the input trigger if the trigger voltage is referred to , ) TL H 7408 ­ 2 FIGURE 2 Eliminating Initial Timing Cycle USING ELECTROLYTIC TIMING CAPACITORS , 7408 ­ 5 FIGURE 4 Cycle Interrupt The output of the timer can be wire ORed with a discrete
National Semiconductor
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pin DIAGRAM OF IC 7408 IC 7408 application circuit 7408 voltage regulator T310 kemet 7408 ic diagram IC 7408 and function LM122 AN-97

7404 not gate

Abstract: lm 7404 Video Output Relationship +5V TTL ¿T Clock TTL ¿SB Clock 7404 7404 +12V 7408 7404 CLK Q 7474 D Q 100 ½ 7404 7408 10 pF 100 ½ 10 pF Figure 10. Drive Circuit for D , its peripheral TTL circuit. Use of the scan buffer at higher speeds, greater than 5 MHz, is not , 1 LM 3 361 MP1 6519 14 3 6 TTL Output 10½ 10 5.1K 1K +5V 0.1 µF Q2 , TTL level control circuit to D Series CCPD devices. It will ensure that the ø1 and ø2 clock
PerkinElmer Optoelectronics
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RL0256DAG-111 RL1024DKQ-111 RL2048DKQ-111 7404 not gate lm 7404 RL2048dag 7408 12V lm 7404 and pin configuration rl1024dag-111 RL0256D RL0512D RL1024D RL2048D RL0512DAG-111

Noise immunity of 7408

Abstract: TTL 7408 INTEGRATED CIRCUITS HI HEX INVERTER BUFFER/DRIVER GENERAL DESCRIPTION The TTI, hi?> inverter buffer/dri ve â'¢ is fully compatible for use with TTL and DTI, Iojjji: circuits. Kach inverter features high-voltage, open-collector outputs (;)() volts minimum breakdown.) FEATURES â'¢ Input clamp diodes » 15 ns , 4 s 6 \7 At Y1 A2 Y 2 A3 Y3 GND Y X QUAD TWO-IIMPUT AND GATE GENERAL DESCRIPTION 7408 provides , Employing TTL (Transistor-Transi ^tor-Logic) to achieve high speed at moderate power dissipation, these
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Noise immunity of 7408 7408 AND GATE fan in NOISE IMMUNITY OF 7408 AND GATE 7408 NAND gate TTL 7408 AND power dissipation 7408 AND GATE fan in and fan out noise immunity propagation delay

74LS08 Quad 2-Input AND Gates

Abstract: TTL 74s32 FAIRCHILD DIGITAL TTL SSI FUNCTIONS (Cont'd) Logic/Connection Diagram'2' D10 D11 D12 D13 Std. TTL 54/74 1 0 ns/10 mW 9000 Series 8 ns/10 mW High Speed 54H/74H 6 ns/22 mW High Speed Schottky 54S/74S 3 ns/19 mW E £ NOR Gates 1 2 3 4 5 6 7 8 ~c o o c S U. L o w Power Schottky 54LS/74LS 5 ns/2 mW 5 'a t 0) o > IS o (0 C L Quad 2-Input Quad 2-Input Triple 3-Input Dual 4-Input w , /74LS21 54/7417 54/7407 54/7408 54/7409 54 H 74 HOB - - 54S/74S08 54S/74S09 9S41 D15 D15 D16
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74LS08 Quad 2-Input AND Gates TTL 74s32 54LS or 2 input 74Ls32 74LS11 and 74LS32 74ls32 quad 2-input OR gates 54LS/74LS02 54LS/74LS27 54LS/74LS260 54LS/74LS28 74LS33 54S/74S02

CI 7408

Abstract: 74LS series logic gates FAIRCHILD DIGITAL TTL SSI FUNCTIONS (Cont'd) E a o o e 3 LL 9000 Series 8 ns/10 mW Low Power Schottky 54LS/74LS 5 ns/2 mW Std. TTL 54/74 10 ns/10 mW High Speed 54H/74H 6 ns/22 mW High Speed Schottky 54S/74S 3 ns/19 mW Logic/Connection Diagram'2' S Tu a SI , 11 Quad 2-lnput â'" 54LS/74LS08 54/7408 54H/74H08 54S/74S08 D16 3I,6A,9A 12 Quad 2-lnput (OC) â
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CI 7408 74LS series logic gates CI 7402 7408 and CI 74LS08 TTL 7486 OC/15 OC/30 54LS/74LS09 54LS/74LS11 54H/74H11 54S/74S11

IC 7486

Abstract: CI 74LS08 FAIRCHILD DIGITAL TTL SSI FUNCTIONS (Cont'd) E £ Function'1' 9000 Series 8 ns/10 mW Low Power Schottky 54LS/74LS 5 ns/2 mW Std. TTL 54/74 10 ns/10 mW High Speed 54H/74H 6 ns/22 mW High Speed Schottky 54S/74S 3 ns/19 mW Logic/Connection Diagram'2' Packages'3' NOR Gates 1 Quad 2-lnput 54LS/74LS02 54/7402 â'" 54S/74S02 D10 3I,6A,9A 2 Quad 2-lnput 9015 â'" â'" â'" â'" D11 4L,6B 3 Triple , /74LS08 54/7408 54H/74H08 54S/74S08 D16 3I,6A,9A 12 Quad 2-lnput (OC) â'" 54LS/74LS09 54/7409 â'" 54S
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IC 7486 IC TTL 7432 IC TTL 7402 TTL 74ls08 74LS32 TTL IC 7432 54LS/74LS15 54S/74S15 LS/74LS21 54H/74H21 54LS/74LS32 54S/74S32

Z427

Abstract: FL 9014 FAIRCHILD DIGITAL TTL SSI FUNCTIONS (Cont'd) c o 5S agic/Conne Diagram Std. TTL 54/74 1 ns/10 mW lig h Speed Schottky 54S/74S ns/19 mW ig h Speed 54H/74H ns/22 mW 9000 Series ns/10 mW ~'c o u c 3 U. D w Power Schottky ILS/74LS ns/2 mW 5 < 0 o (0 £L < D at E a > NOR Gates 1 2 3 4 5 6 7 8 C O - 1 IO U) O X to x n _i Quad 2-Input Quad 2-Input Triple 3-Input Dual , -Input Triple 3-Input (OC) Dual 4-Input - - - - 54/7417 54/7407 54/7408 54/7409 - - - -
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Z427 FL 9014 TTL 7409 74LS32 74ls86 74LS02 54/Z427 54LS/74LS21 54LS/74LS86 54LS/74LS136 54LS/74LS386 54S/74S86

9N08

Abstract: TTL 7408 FAIRCHILD TTL/SSI . 9N08/5408, 7408 QUAD 2-INPUT AND GATE logic and connection diagram schematic diagram (EACH GATE) dip (TOP VIEW) ritiifinrrnm flatpak (TOP VIEW) vcc O- rPi ra Ui¿JL¿JLIL¿IL¿JUI GND Positive logic: Y = AB inputs a o- J7X < -W-r< Ã1à < i < -O gnd Component values shown are typical. recommended operating conditions PARAMETER 9N08XM/5408XM 9N08XC/7408XC UNITS MIN. TYP. MAX. MIN. TYP. MAX. Supply Voltage Vqq 4.5 5.0 5.5 4.75 5.0 5.25 Volts Operating Free-Air Temperature
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9N08 7408 circuit diagram 7408 logic diagram 7408 AND Gate 2 input ScansUX998 CIRCUIT DIAGRAM 7408

IC 7408

Abstract: IC 7812 1820-0509 RS232 DRIVER MC1488L 3 of 8 1820-0511 TTL IC 7408 1820-0513 TTL IC , 1820-0054 TTL QUAD 2-IN NAND 4342=7400 1820-0055 TTL COUNTER 7490 1820-0056 TTL COUNTER 7492 1820-0068 TTL GATE 7410 1820-0069 TTL GATE 7420 1820-0070 TTL GATE 7430 1820-0071 TTL BUFFER 7440 1820-0072 TTL 7450 1820-0075 TTL FF 7473 1820-0077 TTL DUAL D FF 4354=7474 2 of 8 1820-0084 TTL 7453 1820-0085 TTL 7460
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IC 7812 REGULATOR IC 7812 IC TTL 7400 NEC d446c d446c data sheet IC 7408 HP1350 82S126 1818-0373B MK34127N D446C-2 HP9836

TTL LS 7407

Abstract: CI 7407 Lil Lil GND 13-43 FAIRCHILD DIGITAL TTL SSI FUNCTIONS (Cont'd) E a o o e 3 LL 9000 Series 8 ns/10 mW Low Power Schottky 54LS/74LS 5 ns/2 mW Std. TTL 54/74 10 ns/10 mW High Speed 54H/74H 6 ns , '" D15 3I,6A,9A 11 Quad 2-lnput â'" 54LS/74LS08 54/7408 54H/74H08 54S/74S08 D16 3I,6A,9A 12 Quad 2
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TTL LS 7407 CI 7407 TTL LS 7402 CI 74LS02 TTL 74s02 TTL 7425 54H/74H30 54S/74S30 54LS/74LS30 54S/74S133 54LS/74LS133 54S/74S134

CI 74LS08

Abstract: 7432 TTL fairchild ! li! li] li] GND 13-44 FAIRCHILD DIGITAL TTL SSI FUNCTIONS (Cont'd) E a o o e 3 LL 9000 Series 8 ns/10 mW Low Power Schottky 54LS/74LS 5 ns/2 mW Std. TTL 54/74 10 ns/10 mW High Speed 54H/74H 6 , '" D15 3I,6A,9A 11 Quad 2-lnput â'" 54LS/74LS08 54/7408 54H/74H08 54S/74S08 D16 3I,6A,9A 12 Quad 2
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7432 TTL fairchild TTL 7421 74LS21 ttl 7432 TTL 74ls32 TTL 7432 fairchild 54S/74S135 74LS266

CI 7408

Abstract: CI 74LS08 ] li] LÌ] li] liJ LJ GND 13-51 FAIRCHILD DIGITAL TTL SSI FUNCTIONS (Cont'd) E a o o e 3 LL 9000 Series 8 ns/10 mW Low Power Schottky 54LS/74LS 5 ns/2 mW Std. TTL 54/74 10 ns/10 mW High , â'" â'" D15 3I,6A,9A 11 Quad 2-lnput â'" 54LS/74LS08 54/7408 54H/74H08 54S/74S08 D16 3I,6A,9A 12
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TTL 74ls21 CI 7413 7407 connection diagram 74LS125 TTL 74126 74LS126 54LS/74LS13 54LS/74LS125 54LS/74LS126 54LS/74LS365 54LS/74LS366 54LS/74LS367

7411 pin diagram

Abstract: TTL 7408 FAIRCHILD LOGIC/CONNECTION DIAGRAMS D93 54LS/74LS379 1 A 4 5 12 13 | E D0 Di D2 D3 CP Oo Qi Q2 03 lltlfltl 3 2 6 7 11 10 14 15 Vcc = Pin 16 GND = Pin 8 DIGITAL -TTL D94 9386 , SR MR Oo Oi 02 03 TT -19 9 8 16 15 14 13 Vcc = Pin 20 GND = Pin 10 13-55 FAIRCHILD DIGITAL TTL , ns/2 mW Std. TTL 54/74 10 ns/10 mW High Speed 54H/74H 6 ns/22 mW High Speed Schottky 54S/74S 3 ns/19 , /7408 54H/74H08 54S/74S08 D16 3I,6A,9A 12 Quad 2-lnput (OC) â'" 54LS/74LS09 54/7409 â'" 54S/74S09 D16
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7411 pin diagram DS 7409 74LS574 TTL 7408 DIAGRAMS 74LS386 74LSS02 54LS/74LS398 54LS/74LS399 54LS/74LS574 54LS/74LSS02 54LS/74LS568 54LS/74LS569

HA17408G

Abstract: HA17408 H A17408P,HA17408G Id-bit Multiplying Digital-to-Analog Converter HA1 7408 is a 8-bit monolithic D/A converter, with reference current amplifier and a ladder resistor of R-2R, and eight high speed current switches built in. By establishing a reference current and a reference resistor, it is possible to change the maximum output current according to the applications. And it is compatible with , . Compatible with TTL, CMOS logic. Reference Supply Voltage is; Vcc 58 +5.0V, VEE = 5.0V, -15.0V Output
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HA17408 HA17408P 7408 CMOS cmos 7408 1408 HA1740 MC1508/1408 DP-16 DG-16 HA1740SC
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