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LTC1540CIMS8#PBF Linear Technology IC COMPARATOR, 16000 uV OFFSET-MAX, 70000 ns RESPONSE TIME, PDSO8, PLASTIC, MSOP-8, Comparator
RH119MJ#PBF Linear Technology IC DUAL COMPARATOR, 8000 uV OFFSET-MAX, 200 ns RESPONSE TIME, CDIP14, CERDIP-14, Comparator
RH1011MJ8 Linear Technology IC COMPARATOR, 4000 uV OFFSET-MAX, 250 ns RESPONSE TIME, CDIP8, CERDIP-8, Comparator
RH1011MW Linear Technology IC COMPARATOR, 4000 uV OFFSET-MAX, 250 ns RESPONSE TIME, CDFP10, CERPACK-10, Comparator
LT311J8 Linear Technology IC COMPARATOR, 10000 uV OFFSET-MAX, 200 ns RESPONSE TIME, CDIP8, CERDIP-8, Comparator
RH111MJ8#PBF Linear Technology IC COMPARATOR, 4000 uV OFFSET-MAX, 200 ns RESPONSE TIME, CDIP8, CERDIP-8, Comparator

TTL 7404 fall time Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2002 - DS0026

Abstract: circuit diagram of 7404 DS0026CN 7404 application notes TTL 7404 fall time TTL 7404 national semiconductor logic diagram of 7404 CIRCUIT DIAGRAM 7404 is 7404 not AN-76
Text: ns CL = 1000 pF 17 25 ns (Figure 2), (Note 5) Fall Time CL = 500 pF (Figure , : Rise and fall time are given for MOS logic levels; i.e., rise time is transition from logic "0" to , Load Capacitance Fall Time vs Load Capacitance 00585326 00585325 3 www.national.com , also slows down the rise and fall time of the clock signal. Because the typical clock driver can be , the minimum rise and fall time . This is very important because the faster the rise and fall times, the


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PDF DS0026 DS0026 54S/74S DS8830 DM7440. circuit diagram of 7404 DS0026CN 7404 application notes TTL 7404 fall time TTL 7404 national semiconductor logic diagram of 7404 CIRCUIT DIAGRAM 7404 is 7404 not AN-76
2001 - functional DIAGRAM 7404

Abstract: AN-76 DS0026 DS0026CN ttl 7404 schematic not 7404 circuit diagram of 7404 MM5262 DS8830 7404
Text: pF 17 25 ns (Figure 2), (Note 5) Fall Time CL = 500 pF (Figure 2), (Note 5 , Load Capacitance Fall Time vs Load Capacitance 00585326 00585325 3 www.national.com , driver, the damping resistor serves the useful function of limiting the minimum rise and fall time . This , waveforms for a clock driver driving a 1000 pF capacitor with 20 ns rise and fall time . As can be seen the , overlooked. 6 This has been a hypothetical example to emphasize that with 20V low rise/ fall time


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PDF DS0026 DS0026 54S/74S DS8830 DM7440. functional DIAGRAM 7404 AN-76 DS0026CN ttl 7404 schematic not 7404 circuit diagram of 7404 MM5262 7404
2000 - TTL 7404

Abstract: pin diagram of 7404 circuit diagram of 7404 7404 TTL CIRCUIT DIAGRAM 7404 connection DIAGRAM 7404 datasheet 7404 TTL 7404 national semiconductor DS0026 DS0026CN
Text: ) 12 (Figure 2) tOFF 11 13 ns 15 ns ns Fall Time CL = 500 pF 15 18 ns , typical values for TA = 25°C. Note 5: Rise and fall time are given for MOS logic levels; i.e., rise time , Fall Time vs Load Capacitance DS005853-25 DS005853-26 3 www.national.com DS0026 , driver, the damping resistor serves the useful function of limiting the minimum rise and fall time . This , waveforms for a clock driver driving a 1000 pF capacitor with 20 ns rise and fall time . As can be seen the


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PDF DS0026 DS0026 54S/74S DS8830 DM7440. TTL 7404 pin diagram of 7404 circuit diagram of 7404 7404 TTL CIRCUIT DIAGRAM 7404 connection DIAGRAM 7404 datasheet 7404 TTL 7404 national semiconductor DS0026CN
2000 - DS0026CN

Abstract: DS0026 is 7404 not 7404 DS005853-8 MM5262 DS8830 connection DIAGRAM 7404 DM7440 AN-76
Text: ) 11 (Figure 1) 12 (Figure 2) ns 13 ns Rise Time tf Fall Time (Figure 1 , typical values for TA = 25°C. Note 5: Rise and fall time are given for MOS logic levels; i.e., rise time , -24 Rise Time vs Load Capacitance Fall Time vs Load Capacitance DS005853-25 DS005853-26 3 , down the rise and fall time of the clock signal. Because the typical clock driver can be much faster , rise and fall time . This is very important because the faster the rise and fall times, the worse the


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PDF DS0026 DS0026 54S/74S DS8830 DM7440. DS0026CN is 7404 not 7404 DS005853-8 MM5262 connection DIAGRAM 7404 DM7440 AN-76
2000 - DS0026

Abstract: AN-76 MM5262 DS0026CN
Text: Fall Time (Figure 1), (Note 5) (Figure 2), (Note 5) Note 1: "Absolute Maximum Ratings" are those , basis. Note 4: All typical values for TA = 25°C. Note 5: Rise and fall time are given for MOS logic levels; i.e., rise time is transition from logic "0" to logic "1" which is voltage fall . Note 6: The high , Capacitance Fall Time vs Load Capacitance DS005853-25 DS005853-26 3 www.national.com DS0026 , there is a limit since it also slows down the rise and fall time of the clock signal. Because the


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PDF DS0026 54S/74S DS8830 DM7440. int0026 AN-76: AN-76 MM5262 DS0026CN
2000 - 7404 not gate

Abstract: lm 7404 LM 7408 RL2048dag 7408 12V rl1024dag-111 lm 7404 and pin configuration RETICON RL 1024 rl1024dag 7408 ttl family
Text: Video Output Relationship +5V TTL ¿T Clock TTL ¿SB Clock 7404 7404 +12V 7408 7404 , its peripheral TTL circuit. Use of the scan buffer at higher speeds, greater than 5 MHz, is not , irradiance or light intensity multiplied by the integration time or the time interval between successive , intensity in watts needed to saturate a pixel at a particular integration time can be obtained by dividing saturation exposure by integration time . Thus, that longer integration times may be used to detect lower


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PDF RL0256DAG-111 RL0512DAG-111 RL1024DAG-111 RL2048DAG-111 RL0256DKQ-111 RL0512DKQ-111 RL1024DKQ-111 RL2048DKQ-111 775-OPTO 7404 not gate lm 7404 LM 7408 RL2048dag 7408 12V rl1024dag-111 lm 7404 and pin configuration RETICON RL 1024 rl1024dag 7408 ttl family
2010 - LOGIC 7404

Abstract: DS0026 AN-76 AN76 DS0026CN
Text: ) (Figure 2), (Note 5) tf Fall Time (Figure 1), (Note 5) (Figure 2), (Note 5) CL = 500 pF CL = 1000 pF CL = , www.national.com DS0026 Rise Time vs Load Capacitance Fall Time vs Load Capacitance 585325 585326 , effective, but there is a limit since it also slows down the rise and fall time of the clock signal. Because , the useful function of limiting the minimum rise and fall time . This is very important because the , driving a 1000 pF capacitor with 20 ns rise and fall time . As can be seen the current is significant. This


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PDF DS0026 DS0026 54S/74S DS8830 DM7440. LOGIC 7404 AN-76 AN76 DS0026CN
DS0026CG

Abstract: MH 7404 DS0026CJ DS0026G
Text: ) tf Fall Time (Figure 1), (Note 5) (Figure 2), (Note 5) Note 1: "Absolute Maximum Ratings , : Rise and fall time are given for MOS logic levels; i.e., rise time is transition from logic "0" to , Fall Time vs Load Capacitance 200 400 BO O BO G 10DD I2D0 0 200 400 000 , slows down the rise and fall time of the clock signal. Be cause the typical clock driver can be much , minimum rise and fall time . This is very important because the faster the rise and fall times, the worse


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PDF DS0026 54S/74S DS8830 DM7440. DS0026CG MH 7404 DS0026CJ DS0026G
2010 - DS0026

Abstract: AN-76 DS0026CN CIRCUIT DIAGRAM 7404 MUA08A M08A DS8830 DS0026CMA DM7440 MM5262
Text: ) Fall Time CL = 500 pF (Figure 2), (Note 5) tf (Figure 1), (Note 5) CL = 500 pF 28 , = 25°C. Note 5: Rise and fall time are given for MOS logic levels; i.e., rise time is transition , operation. DS0026 Rise Time vs Load Capacitance Fall Time vs Load Capacitance 585326 , effective, but there is a limit since it also slows down the rise and fall time of the clock signal , serves the useful function of limiting the minimum rise and fall time . This is very important because


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PDF DS0026 DS0026 54S/74S DS8830 DM7440. AN-76 DS0026CN CIRCUIT DIAGRAM 7404 MUA08A M08A DS0026CMA DM7440 MM5262
2000 - DS0026

Abstract: P0008E 7404 texas MM5262
Text: CL = 1000 pF CL = 500 pF CL = 1000 pF 15 20 30 36 12 17 28 31 (1) tf Fall Time (Figure 11) (Figure 12) (1) (1) (1) (2) Rise and fall time are given for MOS logic levels; i.e., rise time is transition from logic "0" to logic "1" which is voltage fall . The high current transient , Capacitance Turn-On and Turn-Off Delay vs Temperature Figure 5. Fall Time vs Load Capacitance Figure , fall time of the clock signal. Because the typical clock driver can be much faster than the worst case


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PDF DS0026 DS0026 Times--20 Swing--20V P0008E 7404 texas MM5262
not 7404

Abstract: ls 7404 7404 pin configuration 74LS04 Hex Inverter definition 7404 ttl inverter with propagation delay 6ns 7404 7404 ls pin configuration of 7404 7404 not ttl family 7404
Text: Signetics 7404 , LS04, S04 Inverters Hex Inverter Product Specification Logic Products TYPE TYPICAL PROPAGATION DELAY TYPICAL SUPPLY CURRENT (TOTAL) 7404 10ns 12mA 74LS04 9.5ns 2.4mA 74S04 3ns , 853-0504 81501 Signetics Logic Products Product Specification Inverters 7404 , LS04, S04 ABSOLUTE , for 74LS; VM - 1.5V for all other TTL families. Input Pulse Definition FAMILY INPUT PULSE , Respective Manufacturer Signetics Logic Products Product Specification Inverters 7404 , LS04, S04 DC


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PDF 74LS04 74S04 N7404N, N74LS04N, N74S04N N74LS04D, N74S04D 10Sul 10LSul not 7404 ls 7404 7404 pin configuration 74LS04 Hex Inverter definition 7404 ttl inverter with propagation delay 6ns 7404 7404 ls pin configuration of 7404 7404 not ttl family 7404
1995 - DS0026

Abstract: 7404 not gate DS0026CJ DS0026CG pin diagram of 7404 TTL 7404 7404 TTL MM5262 DS0026CJ-8 functional DIAGRAM 7404
Text: ns ns Fall Time 15 18 CL e 1000 pF 20 35 ns CL e 500 pF 30 40 ns , 25 C Note 5 Rise and fall time are given for MOS logic levels i e rise time is transition from logic , Turn-Off Delay vs Temperature Fall Time vs Load Capacitance Rise Time vs Load Capacitance DC , limit since it also slows down the rise and fall time of the clock signal Because the typical clock , limiting the minimum rise and fall time This is very important because the faster the rise and fall times


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PDF DS0026 DS8830 DM7440 7404 not gate DS0026CJ DS0026CG pin diagram of 7404 TTL 7404 7404 TTL MM5262 DS0026CJ-8 functional DIAGRAM 7404
lm 7404

Abstract: DS0056 MM5262 DS0026C DS0056CN DS0026 7404 14pin DS0026CG DS0026CL K 50534
Text: ns ns ns ns ns tf Fall Time (Figure 1), (Note 5) (Figure 2), (Note 5) 40 Note 1: " , : All typical values for T * = 25'C. Note 5: Rise and fall time are given for MOS logic levels; i.e., rise time is transition from logic " 0 " to logic " 1" which is voltage fall . Note 6: Ip e for DS0056 , the rise and fall time of the clock signal. Be cause the typical clock driver can be much faster than , and fall time . This is very important because the faster the rise and fall times, the worse the


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PDF DS0026/DS0056 bS0112H D077bHS DS0026/DS0056 54S/74S DS8830 DM7440. DS0026 DS0056 lm 7404 MM5262 DS0026C DS0056CN 7404 14pin DS0026CG DS0026CL K 50534
1988 - Not Available

Abstract: No abstract text available
Text: Interval Rise Time Fall Time 50 0 100 75 10 50 0 100 0 0 60 60 ns ns ns ns ns ns ns ns ns @50pf , ns @25pf ns ns MHz MHz % CLOCK FREQUENCY Rise Time Fall Time Internal Baud Rate Mode External Baud , Detection TTL Compatible Inputs and Outputs High Speed Host Bus Operation (with no wait state) Low Power , Package 20 Pin DIP DATA BUS D0-D7 nCP1 nCP2 DECODE nCS ADDRESS BUS TTL /RS-232-C COM81C17 , TYPICAL TPUART INTERFACE OSCILLATOR OR TTL CLOCK FIGURE 1 ­ TYPICAL TPUART INTERFACE 3 D0-D7


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PDF COM81C17 COM81C17
7404

Abstract: 7404 pin configuration not 7404 74LS04 fan-out 7404 ttl inverter with propagation delay 6ns TTL 7404 7404 inverter pin configuration 74LS04 Hex Inverter definition 7404 TTL 7404 ttl inverter
Text: Signetics Logic Products 7404 , LS04, S04 Inverters Hex Inverter Product Specification TYPE TYPICAL PROPAGATION DELAY TYPICAL SUPPLY CURRENT (TOTAL) 7404 10ns 12mA 74LS04 9.5ns 2.4mA 74S04 3ns , 853-0504 81501 Signetics Logic Products Product Specification Inverters 7404 , LS04, S04 ABSOLUTE MAXIMUM , 1.3V for 74LS; VM - 1,5V for all other TTL families. Test Circuit For 74 Totem-Pole Outputs , Manufacturer Signetics Logic Products Product Specification Inverters 7404 , LS04, S04 DC ELECTRICAL


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PDF 74LS04 74S04 N7404N, N74LS04N, N74S04N N74LS04D, N74S04D 10Sul 10LSul 400ft 7404 7404 pin configuration not 7404 74LS04 fan-out 7404 ttl inverter with propagation delay 6ns TTL 7404 7404 inverter pin configuration 74LS04 Hex Inverter definition 7404 TTL 7404 ttl inverter
specifications of IC 7404

Abstract: 7404 NOT ic lm 7404 7404 ic pin configuration 7404 pin configuration lm 7404 and pin configuration IC 7404 INVERTER not 7404 pin configuration of ic 7404 7404 inverter pin configuration
Text: Signetics I 7404 , LS04, S04 Inverters Hex Inverter Product Specification Logic Products TYPE 7404 74LS04 74S04 TYPICAL PROPAGATION DELAY 10ns 9.5ns 3ns TYPICAL SUPPLY CURRENT , 81501 Signetics Logic Products P roduct S pecification Inverters 7404 , LS04, S04 , other TTL famities. T e st C ircu it For 74 T otem -P ole O u tp u ts DEFINITIONS Rl = Load resistor , Inverters 7404 , LS04, S04 DC ELECTRICAL CHARACTERISTICS IE 9 I (Over recommended operating


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PDF 74LS04 74S04 N7404N, N74LS04N, N74S04N N74LS04D, N74S04D 40/jA specifications of IC 7404 7404 NOT ic lm 7404 7404 ic pin configuration 7404 pin configuration lm 7404 and pin configuration IC 7404 INVERTER not 7404 pin configuration of ic 7404 7404 inverter pin configuration
specifications of IC 7404

Abstract: 7404 NOT ic CIRCUIT DIAGRAM ic 7404 ic 7404 logic symbol logic diagram of ic 7404 pin diagram for ic 7404 IC TTL 7404 INTERNAL DIAGRAM OF IC 7404 14 pin ic 7404 7404 n ic diagram
Text: ) (Figure 2), (Note 5) tf Fall Time (Figure 1), (Note 5) (Figure 2), (Note 5) N o te 1: "A b s o , Time vs Load Capacitance Fall Time vs Load Capacitance 1 0 A 0 CAPACITANCE (pF| LOAD , with its output is effective, but there is a limit since it also slows down the rise and fall time of , damping resistor serves the useful function of limiting the minimum rise and fall time . This is very , time of the clock Is high enough to completely isolate the clock transient from the 7404 be cause of


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PDF DS0026 DS0026 54S/74S MM5262, TL/F/5853-21 DS0026CL specifications of IC 7404 7404 NOT ic CIRCUIT DIAGRAM ic 7404 ic 7404 logic symbol logic diagram of ic 7404 pin diagram for ic 7404 IC TTL 7404 INTERNAL DIAGRAM OF IC 7404 14 pin ic 7404 7404 n ic diagram
1998 - 7404 TTL CMOS

Abstract: COM81C17 7404 pin diagram and function table A 50688
Text: 100 ns nCP1, nCP2 data Rise Time 30 ns @25pf Fall Time 30 ns @25pf Rise Time 30 ns 30 ns CLOCK FREQUENCY Fall Time Internal Baud Rate Mode 11.0 MHz , Framing Error Detection TTL Compatible Inputs and Outputs High Speed Host Bus Operation (with no wait , INTERRUPT REQUEST nINT RX 5.0688 MHZ FIGURE 1 ­ TYPICAL TPUART INTERFACE OSCILLATOR OR TTL CLOCK FIGURE 1 ­ TYPICAL TPUART INTERFACE 3 TTL /RS-232-C ADDRESS BUS D0-D7 nCS nRD nWR RS


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PDF COM81C17 COM81C17 7404 TTL CMOS 7404 pin diagram and function table A 50688
74573

Abstract: 74574 7486 XOR GATE 7486 full adder latch 74574 7408, 7404, 7486, 7432 7490 Decade Counter 74373 cmos dual s-r latch 2 bit magnitude comparator using 2 xor gates design a BCD counter using j-k flipflop
Text: 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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PDF
7404 pin diagram and function table

Abstract: 7404 TTL CMOS TP-UART COM81C17 truth table for ttl 7404 functional DIAGRAM 7404 tpuart pin diagram of 7404
Text: 30 ns Fall Time | 30 i ns •k Frequency I i Rise Time I I 30 ns Fall Time I 30 ns , ] Odd or Even Parity Generate and Detect j Parity, Overrun and Framing Error Detection ] TTL , "oi -al —< roi FIG. 2. BLOCK DIAGRAM OF COM81C17 1800 OHM — 7404 AW 220 OHM 220 OHM — 560 OHM —wv- > 7404 D 30 pF 5.0688 MHz >-[> 7404 7404 FIG. 2A. 5.0688 MHz CRYSTAL , into the TPUART. 10 GROUND GND Power Supply Return 13 CLOCK CLK External TTL Clock Input (See Tabie 2


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PDF COM81C17 7404 pin diagram and function table 7404 TTL CMOS TP-UART COM81C17 truth table for ttl 7404 functional DIAGRAM 7404 tpuart pin diagram of 7404
7404 pin configuration

Abstract: ttl crystal oscillator using CIRCUIT DIAGRAM pin diagram of 7404 ttl 7404 ttl crystal oscillator using 7404 7404 TTL TP-UART functional DIAGRAM 7404 pin configuration 7404 circuit diagram of 7404
Text: Rise Time 30 ns @25pf Fall Time 30 ns @25pf Clock Frequency Rise Time 30 ns Fall , –¡ Parity, Overrun and Framing Error Detection □ TTL Compatible Inputs and Outputs □ High Speed Host , . BLOCK DIAGRAM OF COM81C17 1800 OHM -— > 7404 -/vw- 220 OHM 220 OHM —-VW- 30 pF 560 OHM —/WV— !> 7404 □ 5.0688 MHz >-[> 7404 7404 FIG. 2A. 5.0688 MHz CRYSTAL OSCILLATOR CIRCUIT , CLOCK CLK External TTL Clock Input (See Table 2) 14 INTERRUPT REQUEST INT An interrupt request is


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PDF COM81C17 7404 pin configuration ttl crystal oscillator using CIRCUIT DIAGRAM pin diagram of 7404 ttl 7404 ttl crystal oscillator using 7404 7404 TTL TP-UART functional DIAGRAM 7404 pin configuration 7404 circuit diagram of 7404
truth table for ic 7404

Abstract: truth table for ttl 7404 pin configuration of ic 7404 7404 pin diagram and function table TP-UART or ic 7404 ic 7404 information 7404 ic data 7404 ic pin configuration pin configuration of 7404
Text: width Read Write Interval [ I S (¿s @25pf [ I S [ I S ns Rise Time Fall Time CLOCK FREQUENCY Rise Time Fall Time Internal Baud Rate Mode External Baud Rate Mode Duty Cycle 30 30 ns @25pf ns , , Overrun and Framing Error Detection TTL Compatible Inputs and Outputs High Speed Host Bus Operation (with , D > 7404 220 OHM -^ w - 7404 7404 7404 -\A A r 220 OHM 30 pF H Dh 5.0688 MHz , TPUART. Power Supply Return. External TTL Clock Input (See Table 2) An interrupt request is asserted by


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PDF COM81C17 COM81C17 truth table for ic 7404 truth table for ttl 7404 pin configuration of ic 7404 7404 pin diagram and function table TP-UART or ic 7404 ic 7404 information 7404 ic data 7404 ic pin configuration pin configuration of 7404
7404 ttl inverter

Abstract: 7404 hex inverter fairchild 7404 CIRCUIT DIAGRAM 7404 connection DIAGRAM 7404 9N04 not 7404 7404 fan-out ttl 7404 schematic 7404 inverter
Text: FAIRCHILD TTL /SSI . 9N04/5404, 7404 HEX INVERTER LOGIC AND CONNECTION DIAGRAM DIP (TOP VIEW) RfinrafniiTflFim IfcJ HtJ i>J nnn . ULüLilLilLULULJ Positive logic: Y = A FLATPAK (TOP VIEW) Vcc O- SCHEMATIC DIAGRAM (EACH INVERTER) A t 1.6 kiî R2 < T Component values shown are typical. RECOMMENDED OPERATING , / 7404 'CCH Supply Current HIGH 6.0 12 mA VCC = MAX., V|n =0 V 20 'CCL Supply Current LOW 18 33 mA , output should be shorted at a time . 5-38


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PDF 9N04/5404, 9N04XM/5404XM 9N04XC/7404XC 9n04/5404 9n04/7404 400ft 7404 ttl inverter 7404 hex inverter fairchild 7404 CIRCUIT DIAGRAM 7404 connection DIAGRAM 7404 9N04 not 7404 7404 fan-out ttl 7404 schematic 7404 inverter
R7404

Abstract: No abstract text available
Text: C P I, CP2 data Rise Time Fall Time 30 30 ns ns Clock Frequency Rise Time Fall Time , GND D, C 2 9 : d5 cs c 3 ^ 4 5 6 7 8 □ TTL Compatible Inputs and Outputs □ High Speed Host , 7404 - W □ r 220 OHM 7404 30 pF 5.0688 MHz FIG. 2A. 5.0688 MHz CRYSTAL OSCILLATOR CIRCUIT 162 7404 TABLE 1 - DESCRIPTION OF PIN FUNCTIONS DESCRIPTION DIP PIN NO. NAME , GND Power Supply Return 13 CLOCK CLK External TTL Clock Input (See Table 2) 14


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PDF COM81C17 R7404
TTL 7404

Abstract: CLC405 7404 TTL CMOS RL500 OA-13 OA-07 M08A CLC405AJP CLC405AJE CLC405AJ
Text: deg deg Time Domain Response Rise and Fall Time 2V Step 5 7.5 8.2 8.4 ns Settling Time to 0.05 2V Step 18 27 36 39 ns Overshoot 2V Step 3 12 12 , PGA Rf 348 Rg TTL ( 7404 , 110MHz ( ) CLC405 TTL (110MHz) CLC405 18ns 40ns CLC405 , Switching DC Performance Turn On Time 40 55 58 58 ns Turn Off Time to 50dB attn. @


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PDF 110MHz CLC405 110MHz) 72dBc 70dBc 100nA TTL 7404 CLC405 7404 TTL CMOS RL500 OA-13 OA-07 M08A CLC405AJP CLC405AJE CLC405AJ
Supplyframe Tracking Pixel