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DC1251A-A DC1251A-A ECAD Model Analog Devices Inc Low Noise, 0.5% Tolerance, 5MHz to 28MHz, Pin Configurable Filter/ADC Driver Visit Analog Devices Inc
LTC6601IUF-2#PBF LTC6601IUF-2#PBF ECAD Model Analog Devices Inc Low Power, Low Distortion, 5MHz to 27MHz, Pin Configurable Filter/ADC Driver Visit Analog Devices Inc
AD7782BRUZ-REEL7 AD7782BRUZ-REEL7 ECAD Model Analog Devices Inc 2-Channel, Read-Only, Pin-Configured, 24-bit Sigma-Delta ADC Visit Analog Devices Inc

7408 pin configuration Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2005 - 7408 CMOS

Abstract: IC 7408 and function 7408+IC 7408 chip 7408 ic diagram
Text: / 7408 Alternate function Port pin Alternate function R60 R61 R62 R63 R64 R65 R66 R67 , Function Description MAR. 2005 Ver 0.2 Preliminary 13 MC80F7108/7308/ 7408 Preliminary Pin , Internal RESET Pin VSS MAR. 2005 Ver 0.2 Preliminary 15 MC80F7108/7308/ 7408 Preliminary , MAGNACHIP SEMICONDUCTOR LTD. 8-BIT SINGLE-CHIP MICROCONTROLLERS MC80F7108/7308/ 7408 MC80P7108/7308/ 7408 MC80C7108/7308/ 7408 User’s Manual (Ver. 0.2) REVISION HISTORY VERSION 0.2 (MAR


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PDF MC80F7108/7308/7408 MC80P7108/7308/7408 MC80C7108/7308/7408 MC80C7408 7408 CMOS IC 7408 and function 7408+IC 7408 chip 7408 ic diagram
2012 - 7408 pin configuration

Abstract: 7408 AND GATE 3 input and gate 7408 2- input 7408 7408 pin out diagram 7408 7408 circuit diagram pin configuration of 7408 AND gate 7408 3- input 7408
Text: Environments Package and Pin Configuration DIL14 IN1 A IN1 B OUT1 IN2 A IN2 B OUT2 VSS 1 14 Pin , The Leader in High Temperature Semiconductor Solutions CHT- 7408 DATASHEET Revision: 03.3 1-Oct-12 (Last Modified Date) High-Temperature, Quad 2-Inputs AND Gate General Description The CHT- 7408 , . The CHT- 7408 can operate with supply voltages from 3.3 to 5V (±10%). Available in DIL14 and CSOIC16 , : Gonzalo Picún (+32-10-489214)Jan. 11 CHT- 7408 DATASHEET SOIC16 IN1 A IN1 B OUT1 IN2 A IN2 B OUT2 VSS


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PDF CHT-7408 1-Oct-12 CDIL14) CSOIC16) DIL14 CSOIC16 DS-080206 7408 pin configuration 7408 AND GATE 3 input and gate 7408 2- input 7408 7408 pin out diagram 7408 7408 circuit diagram pin configuration of 7408 AND gate 7408 3- input 7408
TTL 7408 AND propagation delay

Abstract: 74LS08 fan-out 7408 AND GATE TTL 7408 3 input and gate 7408 ST 7408 74LS08 pin configuration TTL 74LS08 AND propagation delay 7408 ttl family logic symbol 74LS08
Text: Ijh and -0.4m A l|L. PIN CONFIGURATION LOGIC SYMBOL LOGIC SYMBOL (IEEE/IEC) ;z l0 ^ 3 , 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 , Product Specification Gates 7408 , LS08, S08 DC ELECTRICAL CHARACTERISTICS PARAMETER (Over


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PDF 74LS08 74S08 N7408N, N74LS08N, N74S08N N74S08N 10Sul 10LSul F07580S TTL 7408 AND propagation delay 74LS08 fan-out 7408 AND GATE TTL 7408 3 input and gate 7408 ST 7408 74LS08 pin configuration TTL 74LS08 AND propagation delay 7408 ttl family logic symbol 74LS08
TTL 7408

Abstract: TTL LS 7408 ls 7408 7408 AND GATE 3 input and gate 7408 7408 7408 TTL TTL 7408 AND propagation delay logic symbol 74LS08 74LS08 signetics
Text: l,L. PIN CONFIGURATION LOGIC SYMBOL LOGIC SYMBOL (IEEE/IEC) i _2 & 3_ 4 _5 6_ 9 to , 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 , Manufacturer Signetics Logic Products Product Specification Gates 7408 , LS08, S08 DC ELECTRICAL


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PDF 74LS08 74S08 N7408N, N74LS08N, N74S08N 10Sul 10LSul TTL 7408 TTL LS 7408 ls 7408 7408 AND GATE 3 input and gate 7408 7408 7408 TTL TTL 7408 AND propagation delay logic symbol 74LS08 74LS08 signetics
TTL 7408

Abstract: 7408 pin configuration 7408 TTL TTL 7408 AND propagation delay 74LS08 fan-out 7408 74S08 74ls08 7408 7408 AND GATE ls 7408 74LS08 signetics
Text: 74LS unit load (LSul) is 20mA l|H and -0.4mA l,L. PIN CONFIGURATION LOGIC SYMBOL December 4, 1985 , 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 , Logic Products Product Specification Gates 7408 , LS08, S08 DC ELECTRICAL CHARACTERISTICS (Over


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PDF 74LS08 74S08 N7408N, N74LS08N, N74S08N 10Sul 10LSul 40fiA TTL 7408 7408 pin configuration 7408 TTL TTL 7408 AND propagation delay 74LS08 fan-out 7408 74S08 74ls08 7408 7408 AND GATE ls 7408 74LS08 signetics
74LS08 fan-out

Abstract: TTL 7408 TTL 74LS08 AND propagation delay 7408 TTL 8 input 7408 AND GATE 7408 signetics TTL TTL 7408 AND propagation delay 1 cl 7408 74Ls08 iec 7408 TTL
Text: /iA Iih and -0.4mA l^. PIN CONFIGURATION LOGIC SYMBOL LOGIC SYMBOL (IEEE/IEC) December 4, 1985 5-24 853-0507 81501 Signetics Logic Products Product Specification Gates 7408 , 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 5-25 Signetics Logic Products Product Specification Gates 7408 , LS08, S08 DC


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PDF 74LS08 74S08 N7408N, N74LS08N, N74S08N N74LS08/I, N74S08N 10Sul WF07560S 74LS08 fan-out TTL 7408 TTL 74LS08 AND propagation delay 7408 TTL 8 input 7408 AND GATE 7408 signetics TTL TTL 7408 AND propagation delay 1 cl 7408 74Ls08 iec 7408 TTL
IC AND GATE 7408

Abstract: TTL 7408 IC AND GATE 7408 pin configuration LM 7408 IC 7408 TTL 7408 AND propagation delay function IC 7408 74LS08 pin configuration IC PIN CONFIGURATION OF 74LS08 IC 7408 and function
Text: m A l|L. PIN CONFIGURATION LOGIC SYMBOL LOGIC SYMBOL (IEEE/IEC) " d o * * December 4, 1985 5 -2 4 853-0507 81501 Signetics Logic Products Product Specification Gates 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 5-25 Slgnetics Logic Products Product Specification Gates 7408 , LS08, S08 DC


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PDF 74LS08 74S08 N7408N, N74LS08N, N74S08N N74S08N 10Sul 10LSul Wf07sa0s IC AND GATE 7408 TTL 7408 IC AND GATE 7408 pin configuration LM 7408 IC 7408 TTL 7408 AND propagation delay function IC 7408 74LS08 pin configuration IC PIN CONFIGURATION OF 74LS08 IC 7408 and function
2004 - IC AND GATE 7408 pin configuration

Abstract: IC AND GATE 7408 pin DIAGRAM OF IC 7408 IC 7408 kwh meter test bench internal pin configuration of ic 7408 data sheet IC 7408 IC 7408 application circuit ic pin configuration 7408 single phase electronic energy meter block diagram
Text: voltage channel can be configured in a single-ended configuration . Figure 5 shows a typical connection , connects the buffered logic output IRQ to Pin 10 on the D-Sub connector via an optical isolator. This connects the buffered logic output SAG to the LED2. This connects the buffered logic output SAG to Pin 11 , buffered logic output ZX to Pin 12 on the D-Sub connector via an optical isolator. This connects the AVDD , are plugged into the PCB pin sockets for easy modification by the customer. Low drift Welwyn RC55


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PDF ADE7756 EVAL-ADE7756EB EXCELSA391) D04727 IC AND GATE 7408 pin configuration IC AND GATE 7408 pin DIAGRAM OF IC 7408 IC 7408 kwh meter test bench internal pin configuration of ic 7408 data sheet IC 7408 IC 7408 application circuit ic pin configuration 7408 single phase electronic energy meter block diagram
IC AND GATE 7408

Abstract: 14 pin ic 7408 IC AND GATE 7408 pin configuration pin diagram of 7408 EXCELSA391 7408 BVM-D-R0002-5.0 IC 7408 DATASHEET function IC 7408 data sheet IC 7408
Text: range requirement, the voltage channel can be configured in a single-ended configuration . Figure 4 , connects the buffered logic output IRQ to pin 10 on the D-Sub connector via an optical isolator. A , output SAG to pin 11 on the D-Sub connector via an optical isolator. JP7 Closed This will short , to the LED3. B This connects the buffered logic output ZX to pin 12 on the D-Sub connector via , resistors are not soldered, but are plugged into PCB pin sockets for easy modification by the customer. Low


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PDF AD7756EnergymeteringIC EVAL-ADE7756EB ADE7756 ADE7756. EXCELSA391) Figure13 IC AND GATE 7408 14 pin ic 7408 IC AND GATE 7408 pin configuration pin diagram of 7408 EXCELSA391 7408 BVM-D-R0002-5.0 IC 7408 DATASHEET function IC 7408 data sheet IC 7408
k 941

Abstract: 7408 6V6GT pin diagram of 7408 6V6 GT 7408 pin out diagram CIRCUIT DIAGRAM 7408 7408 and 7408 circuit diagram and 7408
Text:  7408 Page 1 4-63 BEAM PENTODE FOR AF POWER-AMPLIFIER APPLICATIONS 7408 DESCRIPTION AND RATING The 7408 is a beam-power pentode primarily designed for use in audiofrequency power-amplifier , Position—Any Envelope—T-9, Glass Base—B7-7, Intermediate-Shell Octal 7- Pin or B7-59, Short Intermediate-Shell Octal 7- Pin with carriers 6.3 ±0.6 Volts . . . .0.45 Amperes .0.7 pf .9.0 pf , CONNECTIONS Pin 1—No Connection Pin 2—Heater Pin 3—Plate Pin 4—Grid Number 2 (Screen) Pin


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PDF B7-59, K-556 K-556I k 941 7408 6V6GT pin diagram of 7408 6V6 GT 7408 pin out diagram CIRCUIT DIAGRAM 7408 7408 and 7408 circuit diagram and 7408
gad5

Abstract: GND35 G20-G24 gad4 7408 pin configuration MDR36 gad9 GAD17 MDR63 GAD21
Text: 100K/NA 0603 2 +3V U39A 3 G_CPU_STP# 1 VR_CHGNG# CPU_STP# 1 2 7 7408 _V/NA TSSOP14 2 +3V GND 1 R188 0 0603 2 +3V R182 100K/NA 0603 14 4 U39B 7408 _V/NA JT46 TSSOP14 1 MMC2 443BX Strapping Options Pin Name MAB12# MAB11# MAB10 MAB9# MAB7# MAB6# Function Host Frequency Select in-Order Queue Depth Enable Quick Start Select AGP Disable MM Configuration Host Bus Buffer Mode Select Low , E21 E22 A23 D23 E23 B24 C24 A25 A27 D26 C26 B27 A26 D25 +3V U39D 7408 _V/NA TSSOP14 12 9 8 13 1


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PDF MDR63 MDR62 MDR61 MDR60 MDR59 MDR58 MDR57 MDR56 MDR55 MDR54 gad5 GND35 G20-G24 gad4 7408 pin configuration MDR36 gad9 GAD17 GAD21
2004 - IC AND GATE 7408

Abstract: data sheet IC 7408 IC 7408 7408 kwh meter 250v energy meter circuit diagram IC 7408 DATASHEET pin DIAGRAM OF IC 7408 ADE7753 7408 AND GATE datasheet
Text: configured in a single-ended configuration . Figure 6 shows a typical connection for the line voltage , buffered logic output IRQ to the LED1. This connects the buffered logic output IRQ to Pin 10 on the D-Sub , the buffered logic output SAG to Pin 11 on the D-Sub connector via an optical isolator. This shorts , buffered logic output ZX to the LED3. This connects the buffered logic output ZX to Pin 12 on the D-Sub , are not soldered but are plugged into the PCB pin sockets for easy modification by the customer. Low


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PDF ADE7753 EVAL-ADE7753EB desi53EB IC AND GATE 7408 data sheet IC 7408 IC 7408 7408 kwh meter 250v energy meter circuit diagram IC 7408 DATASHEET pin DIAGRAM OF IC 7408 7408 AND GATE datasheet
2004 - IC 7408

Abstract: IC AND GATE 7408 ade7763 data sheet IC 7408 pin DIAGRAM OF IC 7408 7408 CMOS BVM-D-R0002-5 IC 7408 application circuit 7408 7408 ic diagram
Text: a single-ended configuration . Figure 6 shows a typical connection for the line voltage. The , buffered logic output IRQ to the LED1. This connects the buffered logic output IRQ to Pin 10 on the D-Sub , the buffered logic output SAG to Pin 11 on the D-Sub connector via an optical isolator. This shorts , buffered logic output ZX to the LED3. This connects the buffered logic output ZX to Pin 12 on the D-Sub , are plugged into the PCB pin sockets for easy modification by the customer. Low drift Vishay Dale


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PDF ADE7763 EVAL-ADE7763EB design63EB IC 7408 IC AND GATE 7408 data sheet IC 7408 pin DIAGRAM OF IC 7408 7408 CMOS BVM-D-R0002-5 IC 7408 application circuit 7408 7408 ic diagram
IC AND GATE 7408

Abstract: 2R-37 pin DIAGRAM OF IC 7408 7408 CMOS Rogowski Coil design BVM-D-R0002-5 layout of rogowski coil with integrator on pcb AD7756AN IC AND GATE 7408 pin configuration IC 7408
Text: configured in a single-ended configuration . Figure 5 shows a typical connection for the line voltage , logic output IRQ to pin 10 on the D-Sub connector via an optical isolator. A This connects the buffered logic output SAG to the LED2. B This connects the buffered logic output SAG to pin 11 on the , buffered logic output ZX to the LED3. B This connects the buffered logic output ZX to pin 12 on the , soldered, but are plugged into PCB pin sockets for easy modification by the customer. Low drift WELWYN


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PDF ADE7759EnergymeteringIC EVAL-ADE7759EB ADE7759. ADE7759 IC AND GATE 7408 2R-37 pin DIAGRAM OF IC 7408 7408 CMOS Rogowski Coil design BVM-D-R0002-5 layout of rogowski coil with integrator on pcb AD7756AN IC AND GATE 7408 pin configuration IC 7408
IC 7408

Abstract: ad7753 circuit for ad7753 IC 7408 and function pin DIAGRAM OF IC 7408 ADE7753 7408 CMOS IC AND GATE 7408 pin configuration BVM-D-R0002-5 7408 ic
Text: configuration . Figure 5 shows a typical connection for the line voltage. ADE7753 JP9 R57 JP10 SK1 1 , the buffered logic output IRQ to the LED1. B This connects the buffered logic output IRQ to pin , SAG to the LED2. B This connects the buffered logic output SAG to pin 11 on the D-Sub connector , LED3. B This connects the buffered logic output ZX to pin 12 on the D-Sub connector via an , are plugged into PCB pin sockets for easy modification by the customer. Low drift Vishay Dale part


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PDF ADE7753 EVAL-ADE7753EB ADE7753. TBLK02 TBLK03 IC 7408 ad7753 circuit for ad7753 IC 7408 and function pin DIAGRAM OF IC 7408 7408 CMOS IC AND GATE 7408 pin configuration BVM-D-R0002-5 7408 ic
1995 - IC AND GATE 7408

Abstract: IC 7408 pin DIAGRAM OF IC 7408 IC 7408 application circuit function IC 7408 7408 voltage regulator T310 kemet 7408 ic diagram IC 7408 and function IC 7408 AND
Text: Logic Circuits'' C1995 National Semiconductor Corporation TL H 7408 gain for the regulator It , 1 Schematic Diagram TL H 7408 ­ 1 for the input trigger if the trigger voltage is referred to , low source impedance This could occur for instance if the emitter were grounded when the ground pin , is driven with a large fast slewing signal The VADJ pin may be used to abort the timing cycle Grounding this pin during the timing period causes the timer to react just as if the capacitor voltage had


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PDF LM122 IC AND GATE 7408 IC 7408 pin DIAGRAM OF IC 7408 IC 7408 application circuit function IC 7408 7408 voltage regulator T310 kemet 7408 ic diagram IC 7408 and function IC 7408 AND
2004 - IC 7408

Abstract: pin DIAGRAM OF IC 7408 IC AND GATE 7408 data sheet IC 7408 BVM-D-R0002-5.0 kwh meter test bench IC AND GATE 7408 pin configuration 7408 7408 ic diagram IC 7408 application circuit
Text: dynamic range requirement, the voltage channel can be configured in a single-ended configuration . Figure , buffered logic output IRQ to the LED1. This connects the buffered logic output IRQ to Pin 10 on the D-Sub , the buffered logic output SAG to Pin 11 on the D-Sub connector via an optical isolator. This shorts , buffered logic output ZX to the LED3. This connects the buffered logic output ZX to Pin 12 on the D-Sub , Analog Filter Network. These resistors are not soldered but are plugged into the PCB pin sockets for


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PDF ADE7759 EVAL-ADE7759EB design59EB IC 7408 pin DIAGRAM OF IC 7408 IC AND GATE 7408 data sheet IC 7408 BVM-D-R0002-5.0 kwh meter test bench IC AND GATE 7408 pin configuration 7408 7408 ic diagram IC 7408 application circuit
2000 - 7404 not gate

Abstract: lm 7404 LM 7408 RL2048dag 7408 12V lm 7404 and pin configuration rl1024dag-111 RETICON RL 1024 rl1024dag 7408 ttl family
Text: which Figure 1. D Series Linear Array and Pinnate Configuration Key Features combines the best , wide-aperture version featuring 13 µm x 26 µm pixels for higher photo sensitivity. * ( Pin 17 is N/C for , . Figure 1 shows the pinout configuration and Figure 2 is a simplified schematic diagram. Figure 3 shows , are VDD = +5V, pin 6, and VSS = 0V. The supply voltages to device 2A are VDD = +12V, pin 6, and VSS , Video Output Relationship +5V TTL ¿T Clock TTL ¿SB Clock 7404 7404 +12V 7408 7404


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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 lm 7404 and pin configuration rl1024dag-111 RETICON RL 1024 rl1024dag 7408 ttl family
XPSAC5121P

Abstract: XPS-AC5121 XPSAC5121 XPS-AC 7408 3- input 7408 XPSAC3721P XPSAC3721 XPS-AC3721 XPSAC3421P
Text: circuits 3 1 solid-state XPSAC5121 oz (kg) 5.644 (0.160) XPSAC1321 7.408 (0.210) XPSAC3421 XPSAC3721 7.408 (0.210) a and c 24 V XPSAC5121P 5.644 (0.160) XPSAC1321P 7.408 (0.210) XPSAC3421P 7.408 (0.210) a 230 V XPSAC3721P 3 7.408 (0.210) a 115 , monitoring Type of terminal block connection Integrated in module 7.408 (0.210) 4 5 6


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PDF EN/ISO13850 1088/ISO14119. XPSAC1321 XPSAC3421 XPSAC3721 XPSAC5121P XPSAC1321P XPSAC3421P XPSAC3721P XPSAC5121P XPS-AC5121 XPSAC5121 XPS-AC 7408 3- input 7408 XPSAC3721P XPSAC3721 XPS-AC3721 XPSAC3421P
IC AND GATE 7408

Abstract: 7408 7408 motorola IC 7408 7408 AND GATE 3 input and gate 7408 3- input 7408 and 7409 MC7408 MC5408
Text: ‚¬>0P> MC740S-0-;. CIRCUIT SCHEMATIC 1/4 OF CIRCUÍ'' SHOWM MC5408/ 7408 MC5409/7409 VCC pin 14 Gnd Pin 7 o Vf 800 • 11 Gnd O Ml TL MC5400 7400 serres MOTOROLA L, 004470 O/Ut a 6 r fà , for optima! a logic e[;jal!ons. The iViC5408/ 7408 has lotempoie :>u -puts and the MC5409, 7409 r.as , Time = 15 ns typ Pin numbers are the same in both packages. SWITCHING TIME TEST CIRCUIT AMD WAVEFORMS , Duty Cycla « 50% PW = 0.5 )t* Zout= 50 n : so MC5409/7409 VCC " 400 TPout CT mc5408/ 7408 VCC '


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PDF MC5408 MC7408 MC5409 MC7409 VIC540B O-116 MC740S-0-; MC5408/7408 MC5409/7409 MC5400 IC AND GATE 7408 7408 7408 motorola IC 7408 7408 AND GATE 3 input and gate 7408 3- input 7408 and 7409 MC5408
2010 - 7404 7408 7432

Abstract: c 2818 7446 ADF4106 7432 pin layout C 2923
Text: Pin Configuration Pin Number Function 1 2 3 4 5 6 7 8 9 10 11 12 13 14 VCC , 740.8 742.0 743.2 744.4 744.6 POWER OUTPUT VCO CURRENT PLL CURENT (dBm) (mA) (mA , -28.17 -28.17 -28.20 -28.26 -28.34 -28.35 FREQUENCY (MHz) 739.4 739.6 740.8 742.0 743.2 744.4 744.6 FREQUENCY (MHz) 739.4 739.6 740.8 742.0 743.2 744.4 744.6 F2 +25°C -29.23 , -89.58 -90.92 -90.43 -91.19 -89.80 -90.95 -89.81 739.4 739.6 740.8 742.0 743.2 744.4 744.6


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PDF KSN-745A-119+ DK1042 7404 7408 7432 c 2818 7446 ADF4106 7432 pin layout C 2923
1992 - application circuits of ic 74123

Abstract: IC AND GATE 7408 7408 AND GATE pin DIAGRAM OF IC 7408 2n3904 c33 IC 7400 nand function 7400 PIN DIAGRAM internal diagram of 7400 IC pin DIAGRAM OF IC 74123 IC 7408 application circuit
Text: colorburst frequency. Pin 2 of the GT4123A is a FREQUENCY COMPENSATION pin and is used to tailor the , clamped output from the first GB4551 feeds the V INA input ( pin 5) of the first GT4123 mixer. It is also used to drive a comparator in order to produce a luminance key signal. The V INB input ( pin 7) of , the GX4314, 4x1 video switch. By linearly varying the voltage on pin 3 of the GT4123, a smooth A/B mix can be achieved and a resultant signal appears at the output ( pin 1). The voltage on pin 3 can


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PDF GT4123 GT4123A GT4123 GT4123A EL-2020 GB4551 GX4314, application circuits of ic 74123 IC AND GATE 7408 7408 AND GATE pin DIAGRAM OF IC 7408 2n3904 c33 IC 7400 nand function 7400 PIN DIAGRAM internal diagram of 7400 IC pin DIAGRAM OF IC 74123 IC 7408 application circuit
3 phase MCB installation drawing

Abstract: VDE0660 copper BUSBAR approval DIN 7603 3 phase BUSBAR 32X1 using by 8X1 5 pole din 11699 3-phase MCB installation
Text: information. · 1-57 different pin configurations · 1/2 pole spacing (auxiliary switch) available · Power , 669.8 705.3 740.8 776.3 811.8 847.3 882.8 918.3 953.8 989.3 2 mm (.079 in.) 37 mm (1.46 in , 243.8 279.3 314.8 350.3 385.8 421.3 456.8 492.3 527.8 563.3 598.8 634.3 669.8 705.3 740.8 , 314.8 368.0 421.3 474.5 527.8 581.0 634.3 687.5 740.8 794.0 847.3 900.5 953.8 1007.0 2 , 155.0 208.3 261.5 314.8 368.0 421.3 474.5 527.8 581.0 634.3 687.5 740.8 794.0 847.3 900.5


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PDF UL1077 UL1077/508 UL508 E205412 UL1077/508 UL508 18/25mm2 3 phase MCB installation drawing VDE0660 copper BUSBAR approval DIN 7603 3 phase BUSBAR 32X1 using by 8X1 5 pole din 11699 3-phase MCB installation
2015 - AD512* op amp

Abstract: ADR512
Text: , including product specific questions. In addition, it provides digital potentiometer configuration , VDD pin first and the VSS pin second. The order of the voltages at Terminal A, Terminal B, and , protection diodes between the VDD pin and Terminal A, Terminal B, and Terminal W. For example, the cathode of one of the diodes connects to the VDD pin and the anode connects to Terminal A. As a result, any voltage occurring at Terminal A before the VDD pin forward biases the diode and powers the VDD pin . For


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PDF AN-1291 AD5227 AD5227 AN12052-0-3/15 AD512* op amp ADR512
1998 - KGF1262

Abstract: ta 8227 CIRCUIT MARKING 8042
Text: current operation: 70 mA (max.) · Self-bias circuit configuration with built-in source capacitor · , Epoxy resin Pin treatment 42 alloy Solder plating Solder plate thickness 5 mm or more , , VGS = 0 V mA 180 - - (*1), PIN = 7 dBm mA - 50.0 70.0 IDS(off) IDSS , = 3 V, IDS = 60 mA mS 100 - - PO (*1), PIN = ­10 dBm (*1), PIN = 7 dBm dB , ­112.05 3000.0 0.667 ­177.55 2.809 13.75 0.225 74.08 0.638 ­117.04 8/10


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PDF E2Q0025-38-71 KGF1262 KGF1262 ta 8227 CIRCUIT MARKING 8042
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