NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Samples | Ordering |
| SN7408N3 | Texas Instruments | Quad 2-input Positive-AND gates 14-PDIP 0 to 70 | 
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| SN7408N | Texas Instruments | Quad 2-input Positive-AND gates 14-PDIP 0 to 70 |
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| SN7408J-00 | Texas Instruments | IC TTL/H/L SERIES, QUAD 2-INPUT AND GATE, CDIP14, Gate |
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| SN7408N-10 | Texas Instruments | IC TTL/H/L SERIES, QUAD 2-INPUT AND GATE, PDIP14, Gate |
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| SN7408N-00 | Texas Instruments | IC TTL/H/L SERIES, QUAD 2-INPUT AND GATE, PDIP14, Gate |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: output transistor and double as an exclusive OR gate with the emitters of Q8 and Q9 as one input and the , accompanying sketch TL H 7408 10 FIGURE 8 Basic Timer-Emitter Output and Timing Chart Figure 9 shows , 15V supply and 0 1% C with a 5 0V supply TL H 7408 11 FIGURE 9 5 Volt Logic Supply Driving 28 , ) 1N459 1N459 Q2 Sensitive gate SCR 1 0 mA or less TL H 7408 15 FIGURE 13 Proportioning Temperature , must be a sensitive gate device with a worst case gate firing current of 0 5 mA R12 R13 and D2 ... | Original |
14 pages, |
TTL 7408 IC TTL 7408 free 7408 or gate ic 7408 IC 7408 application circuit ic 7408 AND GATE IC 14 pin ic 7408 and gate 7408 ic 7408 ic diagram IC 7408 and function 7408 voltage regulator IC 7408 AND of 7408 and gate IC LM122 LM122 LM122 abstract |
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| Abstract: two potentiometers R23 and R27. The NAND gate (7400- A) combines the output pulses to provide the , two potentiometers (R31 and R33). A second NAND gate (7400-B 7400-B) combines the pulses to produce the , AND gate to produce the KEY signal. The HORIZONTAL WIPE and VERTICAL WIPE signals from the circuit in Figure 6, are combined and gated using the 7400 NAND and 7408 AND circuits. The ramp generator , DEVICE DESCRIPTION The GT4123 GT4123 and GT4123A GT4123A are the first dedicated single device, two input video mixer ... | Original |
5 pages, |
pin diagram of 7400 74123 block DIAGRAM OF IC 7400 function DIAGRAM OF IC 7400 IC NAND GATE 7400 ic 7400 for nand gate 7408 AND GATE IC 7400 IC 7400 pin diagram of 7408 and gate IC IC 7400 nand 7400-NAND GT4123 GT4123A GT4123 abstract |
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| Abstract: Evaluation Board Documentation ADE7753 ADE7753 Energy Metering IC EVAL-ADE7753EB EVAL-ADE7753EB FEATURES The , meter. Using the appropriate transducers on the current channel, e.g., di/dt sensor, CT, and shunt, the , CF, ZX, SAG, and IRQ Optically isolated data output connection to PC parallel port Optically , evaluation The evaluation board (watt-hour meter) is configured and calibrated via the parallel port of a PC. The data interface between the evaluation board and the PC is fully isolated. Windows® based ... | Original |
20 pages, |
AD780 250v energy meter circuit diagram IC 7408 gate function IC 7408 3 input and gate 7408 7408 and gate ic EVAL-ADE7753EB ADE7753eval JP15 ADE7753 pin DIAGRAM OF IC 7408 7408 AND GATE datasheet Rogowski Coil design ADE7753 abstract |
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| Abstract: Evaluation Board Documentation ADE7763 ADE7763 Energy Metering IC EVAL-ADE7763EB EVAL-ADE7763EB The evaluation board , Using the appropriate transducers on the current channel, e.g., di/dt sensor, CT, and shunt, the , outputs CF, ZX, SAG, and IRQ Optically isolated data output connection to PC parallel port Optically , evaluation The evaluation board (watt-hour meter) is configured and calibrated via the parallel port of a PC. The data interface between the evaluation board and the PC is fully isolated. Windows® based ... | Original |
20 pages, |
HCPL2211 IC 7408 and function IC 7408 description Rogowski Coil design ic pin configuration 7408 JP15 IC AND GATE 7408 specification sheet IC 7408 DATASHEET pin DIAGRAM OF IC 7408 EVAL-ADE7763EB AN-559 Rogowski Coil ADE7763 EVAL-ADE7763EB ADE7763 abstract |
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| Abstract: Evaluation Board Documentation ADE7756 ADE7756 Energy Metering IC EVAL-ADE7756EB EVAL-ADE7756EB The evaluation board is , appropriate transducers on the current channel, e.g., CT and shunt, the evaluation board can be connected to , components using PCB sockets LED indicators on logic outputs CF, ZX, SAG, and IRQ Optically isolated data , configured and calibrated via the parallel port of a PC. The data interface between the evaluation board and the PC is fully isolated. Windows® based software is provided with the evaluation board so it ... | Original |
20 pages, |
kwh meter test bench IC 7408 DATASHEET rc shunt network R572 14 pin ic 7408 and gate EXCELSA391 of 7408 and gate IC 7408 and 7408 IC 7408 application circuit internal pin configuration of ic 7408 14 pin ic 7408 ic pin configuration 7408 ADE7756 EVAL-ADE7756EB ADE7756 abstract |
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| Abstract: Evaluation Board Documentation ADE7759 ADE7759 Energy Metering IC EVAL-ADE7759EB EVAL-ADE7759EB The evaluation board , Using the appropriate transducers on the current channel, e.g., di/dt sensor, CT, and shunt, the , outputs CF, ZX, SAG, and IRQ Optically isolated data output connection to PC parallel port Optically , evaluation The evaluation board (watt-hour meter) is configured and calibrated via the parallel port of a PC. The data interface between the evaluation board and the PC is fully isolated. Windows® based ... | Original |
20 pages, |
7408 quad two input AND gate 7408 circuit diagram IC 7408 application circuit IC AND GATE 7408 pin configuration Rogowski Coil ic pin configuration 7408 TBLK02 7408 ic 7408 ic diagram Rogowski Coil design 7408 AND GATE function IC 7408 ADE7759 EVAL-ADE7759EB ADE7759 abstract |
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| Abstract: electrical power measurement IC with a serial interface and a pulse output. The ADE7753 ADE7753 incorporates two , PRELIMINARY TECHNICAL DATA a Evaluation Board Documentation ADE7753 ADE7753 Energy metering IC , transducers should be connected for the best performance. ADE7753 ADE7753 has a built-in digital integrator and it , (watt-hour meter) is configured and calibrated via the parallel port of a PC. The data interface between the evaluation board and the PC is fully isolated. WindowsTM based software is provided with the ... | Original |
15 pages, |
rogowski coil integrator JP15 7408 quad two input AND gate Rogowski Coil design diagram block ic 7408 ADE775 BVM-D-R0002-5 IC AND GATE 7408 CMF551001BT-2 circuit for ad7753 function IC 7408 7408 ic diagram datasheet abstract |
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| Abstract: measurement IC with a serial interface and a pulse output. The ADE7756 ADE7756 incorporates two second order sigma , EVAL-ADE7756EB EVAL-ADE7756EB PreliminaryTechnicalData evaluation board, together with the ADE7756 ADE7756 data sheet and this , configured and calibrated via the parallel port of a PC. The data interface between the evaluation board and the PC is fully isolated. WindowsTM based software is provided with the evaluation board which , LED indicators on logic outputs CF, ZX, SAG and IRQ. Optically isolated data output connection to PC ... | Original |
15 pages, |
74HC08 AD780 ADE7756 AN-559 datasheet of 7408 and gate IC EVAL-ADE7756EB JP15 internal pin configuration of ic 7408 ic 7408 AND GATE IC 7408 CMOS 7408 CMOS data sheet pin DIAGRAM OF IC 7408 IC AND GATE 7408 pin configuration datasheet abstract |
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| Abstract: electrical power measurement IC with a serial interface and a pulse output. The ADE7759 ADE7759 incorporates two , transducers should be connected for the best performance. ADE7759 ADE7759 has a built-in digital integrator and it , (watt-hour meter) is configured and calibrated via the parallel port of a PC. The data interface between the evaluation board and the PC is fully isolated. WindowsTM based software is provided with the , using PCB sockets. LED indicators on logic outputs CF, ZX, SAG and IRQ. Optically isolated data output ... | Original |
14 pages, |
IC 7408 AND ADE7759 AD780 JP15 KSS100-85TG of 7408 and gate IC 74HC08 EVAL-ADE7759EB IC 7408 Rogowski Coil design pin DIAGRAM OF IC 7408 7408 CMOS datasheet abstract |
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| Abstract: input AND gate Quad 2 input AND gate open collector Triple 3 input NAND gate Triple 3-input AND gate Dual NAND Schmitt trigger Hex Schmitt trigger Dual 4-input NAND gate Dual 4-input AND gate Tripple , AND-OR INV Dual Nand-OR invert gate 4 wide 2 input AND OR INV 4 wide 2 input AND-OR inverter Dual 4 input expander Quad 2 input exclusive-OR gate AND gated J-K master slave flip-flop + clear Dual J-K , Quad 2-input NAND gate with N-input Dual 5-input NAND gate with N-input Dual AND/OR gate with N-input ... | Original |
5 pages, |
fzl145 74hc4000 astable multivibrator 74LS14 ic D flip flop 7474 ic 74ls83 FZL145S IC 74LS192 FZH195 FZJ125 74LS104 FZH265B FZJ105 FZH115 FZH205 74INTEGRATED 74INTEGRATED abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| *7408 MCE Nodes: A,B,Y *MCE mixed-mode 2-input AND gate pkg:DIP14 DIP14 DIP14 DIP14 (A:1,2,3)(B:4,5,6)(C:9,10,8)(D:12,13,11) .SUBCKT X7408 3 4 5 BNLVs1 1 0 V=V(3) & v(4) R1 1 5 1 C1 5 0 .004uF IC=0V .ENDS X7408 *74F08 74F08 74F08 74F08 MCE Nodes: A,B,Y *MCE mixed-mode 2-input AND gate pkg:DIP14 DIP14 DIP14 DIP14 (A:1,2,3)(B:4,5,6)(C:9,10,8)(D:12 Nodes: A,B,Y *MCE mixed-mode 2-input AND gate pkg:DIP14 DIP14 DIP14 DIP14 (A:1,2,3)(B:4,5,6)(C:9,10,8)(D:12 MCE Nodes: A,B,Y *MCE mixed-mode 2-input AND gate pkg:DIP14 DIP14 DIP14 DIP14 (A:1,2,3)(B:4,5,6)(C:9,10,8)(D:12 www.datasheetarchive.com/files/spicemodels/misc/modelos/2inand.sub |
Spice Models | 21/02/2008 | 0.8 Kb | SUB | 2inand.sub |
| the MAX7408 provides a 15kHz maximum corner frequency and consumes only 1.2mA of supply Generating Switched-Capacitor-Filter Clocks Recent advances in semiconductor-process technology and -response, five- and eight-pole Butterworth, Bessel, Chebyschev, and elliptic (Cauer) types are data-sheet recommendations on power supplies, bypassing, and signal coupling, and then , and signal attenuation. Most sources inherently produce the desired 50% duty cycle; if not www.datasheetarchive.com/files/maxim/0012/view_039.htm |
Maxim | 04/04/2001 | 19.48 Kb | HTM | view_039.htm |
| Document Format and Raw Text Format APPLICATION NOTE AN238/0488 AN238/0488 AN238/0488 AN238/0488 EASE STEPPER-MOTOR-DRIVE DESIGN and Raising the Supply to Make an L/4R Drive Improves Torque at High Steps rates but Reduces Efficiency. The L293, L293E L293E L293E L293E and L298N L298N L298N L298N dual-bridge ICs (see box , "inside the dual-bridge ICs") significantly example, simplify the design and increase the efficiency of constant-current choppers. And with a single chip replacing the transistors and predriver stages, cir- cuit performance improves. Best of all, the www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1680-v2.htm |
STMicroelectronics | 14/06/1999 | 14.25 Kb | HTM | 1680-v2.htm |
| Document Format and Raw Text Format APPLICATION NOTE AN238/0488 AN238/0488 AN238/0488 AN238/0488 EASE STEPPER-MOTOR-DRIVE DESIGN and Raising the Supply to Make an L/4R Drive Improves Torque at High Steps rates but Reduces Efficiency. The L293, L293E L293E L293E L293E and L298N L298N L298N L298N dual-bridge ICs (see box , "inside the dual-bridge ICs") significantly example, simplify the design and increase the efficiency of constant-current choppers. And with a single chip replacing the transistors and predriver stages, cir- cuit performance improves. Best of all, the www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1680-v1.htm |
STMicroelectronics | 02/04/1999 | 14.29 Kb | HTM | 1680-v1.htm |
| /R Configuration. Adding Series Re- sistors and Raising the Supply to Make an L/4R Drive Improves Torque at High Steps rates but Reduces Efficiency. The L293, L293E L293E L293E L293E and L298N L298N L298N L298N dual-bridge ICs (see box , "inside -motor drive circuitry. They can, for example, simplify the design and increase the efficiency of constant-current choppers. And with a single chip replacing the transistors and predriver stages, cir- cuit performance ") and drives the motor through a L293 dual brid- ge. Only eight external components are required www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1680-v3.htm |
STMicroelectronics | 25/05/2000 | 16.09 Kb | HTM | 1680-v3.htm |
| resets the flip flop, and the sequence repeats to maintain a constant cur- rent. CONTROLLER IC REDUCES L/R Configuration. Adding Series Re- sistors and Raising the Supply to Make an L/4R Drive Improves Torque at High Steps rates but Reduces Efficiency. The L293, L293E L293E L293E L293E and L298N L298N L298N L298N dual-bridge ICs (see box -motor drive circuitry. They can, for example, simplify the design and increase the efficiency of constant-current choppers. And with a single chip replacing the transistors and predriver stages, cir- cuit performance www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1680.htm |
STMicroelectronics | 20/10/2000 | 16.48 Kb | HTM | 1680.htm |
| FLYWHEEL model as per CCMPR00197725 CCMPR00197725 CCMPR00197725 CCMPR00197725 * and to fix the DC Motor issue reported in CCMPR00282654 CCMPR00282654 CCMPR00282654 CCMPR00282654 DGND + CLR CLRBAR + D0_GATE IO_STD IO_LEVEL={IO_LEVEL} UIBUF bufa(2) DPWR DGND + $D_HI CLRBAR PREBAR_BUF CLRBAR_BUF + D0_GATE IO_STD IO_LEVEL={IO_LEVEL} UA inv DPWR DGND + CLK CLKBAR + D0_GATE IO_STD IO_LEVEL={IO_LEVEL} U1 jkff(1) DPWR DGND + PREBAR_BUF CLRBAR_BUF CLKBAR $D_HI $D : MNTYMXDLY=0 IO_LEVEL=0 X1 J1 QB1 K2 $G_DPWR $G_DGND 7408 PARAMS: + IO_LEVEL=0 MNTYMXDLY=0 U3 inva(2) DPWR www.datasheetarchive.com/files/spicemodels/misc/function.lib |
Spice Models | 04/10/2007 | 20.02 Kb | LIB | function.lib |
| _buffer(rise_delay=6n fall_delay=20n) .ends * * * *SRC=7408;7408;TTL;74xx;2 input AND gate *SYM=AND2 *7408 QUADRUPLE 2-INPUT POSITIVE-AND GATES * .subckt 7408 in1 in2 out *FAMILY TTLin ;7409;TTL;74xx;2 input AND gate *SYM=AND2 *7409 QUADRUPLE 2-INPUT POSITIVE-AND GATES *WITH OPEN COLLECTOR ) .ends * * * *SRC=7411;7411;TTL;74xx;3 input AND gate *SYM=AND3 *7411 TRIPLE 3-INPUT POSITIVE-AND GATES * .subckt 7411 in1 in2 in3 out *FAMILY TTLin TTLin TTLin TTLout *pinout N www.datasheetarchive.com/files/spicemodels/misc/modelos/spice_complete/7400.lib |
Spice Models | 18/04/2010 | 72.32 Kb | LIB | 7400.lib |
| field programmable gate arrays (FPGAs) and complex programmable logic devices (CPLDs). These logic can often be designed and verified in a few days, as opposed to several weeks or months for gate testing of custom gate arrays. By reducing the cost and scheduling risks of design iterations, PLDs 40,000 system gates, the Spartan Series combines high performance, on-chip RAM, software cores, and the inventory risks to distributors as compared to custom gate arrays, and they simplify the www.datasheetarchive.com/files/xilinx/docs/wcd00000/wcd000ed.htm |
Xilinx | 17/07/1998 | 375.59 Kb | HTM | wcd000ed.htm |
| field programmable gate arrays (FPGAs) and complex programmable logic devices (CPLDs). These logic can often be designed and verified in a few days, as opposed to several weeks or months for gate testing of custom gate arrays. By reducing the cost and scheduling risks of design iterations, PLDs 40,000 system gates, the Spartan Series combines high performance, on-chip RAM, software cores, and the inventory risks to distributors as compared to custom gate arrays, and they simplify the www.datasheetarchive.com/files/xilinx/docs/wcd00011/wcd011db.htm |
Xilinx | 16/02/1999 | 375.68 Kb | HTM | wcd011db.htm |