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Part Manufacturer Description Datasheet Download Buy Part
SN74HC05DRG4 Texas Instruments Hex Inverters With Open-Drain Outputs 14-SOIC -40 to 125
SN74HC05PWR Texas Instruments Hex Inverters With Open-Drain Outputs 14-TSSOP -40 to 125
SN74HC05DT Texas Instruments Hex Inverters With Open-Drain Outputs 14-SOIC -40 to 125
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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
74HC05 Chip One Exchange 10 - -
74HC05AF Toshiba America Electronic Components ComS.I.T. 2,000 - -
74HC05BQ Rochester Electronics - - -
74HC05BQ,115 Nexperia Chip1Stop 60 $0.26 $0.20
74HC05D Unknown Bristol Electronics 15 - -
74HC05D Rochester Electronics - - -
74HC05D Toshiba America Electronic Components Avnet - $0.09 $0.07
74HC05D Texas Instruments ComS.I.T. 337 - -
74HC05D-Q100 Rochester Electronics - - -
74HC05D-Q100118 NXP Semiconductors Rochester Electronics 2,500 $0.16 $0.13
74HC05D,112 Nexperia Chip1Stop 4 $0.08 $0.08
74HC05D,118 Nexperia New Advantage Corporation 12,500 $0.10 $0.09
74HC05D,118 Nexperia Future Electronics - $0.10 $0.09
74HC05D112 NXP Semiconductors Rochester Electronics 969 $0.16 $0.13
74HC05DR Texas Instruments ComS.I.T. 2,340 - -
74HC05N Texas Instruments ComS.I.T. 400 - -
74HC05RM13TR STMicroelectronics ComS.I.T. 2,500 - -
74HC05S14-13 Diodes Incorporated Future Electronics 5,000 $0.05 $0.05
74HC05S14-13 Diodes Incorporated Allied Electronics & Automation - $0.23 $0.11
74HC05S14-13 Diodes Incorporated New Advantage Corporation 2,500 $0.11 $0.11
74HC05T14-13 Diodes Incorporated Future Electronics - $0.05 $0.05
74HC05T14-13 Diodes Incorporated New Advantage Corporation 2,500 $0.10 $0.10
74HC05T14-13 Diodes Incorporated Allied Electronics & Automation - $0.23 $0.11
M74HC05B1 STMicroelectronics Chip One Exchange 8,140 - -
M74HC05RM13TR STMicroelectronics Chip One Exchange 44,856 - -
MC74HC05ADG ON Semiconductor Allied Electronics & Automation - $0.08 $0.07
MC74HC05ADG ON Semiconductor Chip1Stop 5 $0.13 $0.13
MC74HC05ADG ON Semiconductor Avnet - $0.06 $0.06
MC74HC05ADG ON Semiconductor Rochester Electronics 34,738 $0.16 $0.13
MC74HC05ADR2G ON Semiconductor Chip1Stop 2,500 $0.11 $0.07
MC74HC05ADR2G ON Semiconductor Allied Electronics & Automation - $0.08 $0.07
MC74HC05ADR2G ON Semiconductor Chip1Stop 4,187 $0.09 $0.09
MC74HC05ADR2G ON Semiconductor Chip1Stop 1,687 $0.11 $0.08
MM74HC05J National Semiconductor Corporation Rochester Electronics 275 - -
MM74HC05M Fairchild Semiconductor Corporation Bristol Electronics 134 - -
MM74HC05N National Semiconductor Corporation New Advantage Corporation 65 - -
MM74HC05N National Semiconductor Corporation Chip One Exchange 124 - -
SN74HC05D Texas Instruments Newark element14 1,102 $0.44 $0.13
SN74HC05D Texas Instruments Avnet 452 $0.31 $0.14
SN74HC05D Texas Instruments Farnell element14 1,171 £0.31 £0.13
SN74HC05D Texas Instruments New Advantage Corporation 250 - -
SN74HC05D Texas Instruments Texas Instruments 2,901 $0.35 $0.11
SN74HC05D Texas Instruments element14 Asia-Pacific 1,102 $0.40 $0.15
SN74HC05DE4 Texas Instruments Avnet 2,127 $0.13 $0.12
SN74HC05DR Texas Instruments Texas Instruments 2,234 $0.29 $0.09
SN74HC05DR Texas Instruments Newark element14 5,000 $0.13 $0.11
SN74HC05DR Texas Instruments Chip One Exchange 621 - -
SN74HC05DR Texas Instruments Farnell element14 5,422 £0.31 £0.11
SN74HC05DR Texas Instruments Avnet 1,219 $0.30 $0.13
SN74HC05DR Texas Instruments Bristol Electronics 5,000 - -
SN74HC05DR Texas Instruments element14 Asia-Pacific 4,211 $0.54 $0.21
SN74HC05DR Texas Instruments element14 Asia-Pacific 5,000 $0.17 $0.15
SN74HC05DR Texas Instruments Newark element14 4,071 $0.48 $0.15
SN74HC05DR Texas Instruments element14 Asia-Pacific 2,848 $0.59 $0.12
SN74HC05DR Texas Instruments element14 Asia-Pacific 2,848 $0.59 $0.12
SN74HC05DR Texas Instruments Bristol Electronics 5,065 $0.45 $0.07
SN74HC05DT Texas Instruments Avnet - $0.34 $0.29
SN74HC05N Texas Instruments Avnet 1,938 $0.34 $0.13
SN74HC05N Texas Instruments Bristol Electronics 30 - -
SN74HC05N Texas Instruments Newark element14 187 $0.40 $0.12
SN74HC05N Texas Instruments Texas Instruments 2,310 $0.32 $0.10
SN74HC05N Texas Instruments element14 Asia-Pacific 1,468 $0.49 $0.19
SN74HC05N Texas Instruments Farnell element14 3,242 £0.25 £0.12
SN74HC05N Texas Instruments Bristol Electronics 3,335 $0.60 $0.09
SN74HC05PWR Texas Instruments Chip1Stop 3,950 $0.30 $0.11
SN74HC05PWR Chip One Exchange 588 - -
SN74HC05PWT Chip One Exchange 195 - -
TC74HC05AF Toshiba America Electronic Components Bristol Electronics 588 $0.38 $0.11

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74HC05 datasheet (22)

Part Manufacturer Description Type PDF
74HC05 Diodes HEX INVERTERS WITH OPEN DRAIN OUTPUTS Original PDF
74HC05 Hitachi Semiconductor Hex Inverters (with Open Drain Outputs) Original PDF
74HC05 STMicroelectronics HEX INVERTER OPEN DRAIN Original PDF
74HC05 System Logic Semiconductor Hex Inverter with Open-Drain Outputs Original PDF
74HC05 Texas Instruments HEX INVERTERS WITH OPEN-DRAIN OUTPUTS Original PDF
74HC05 Toshiba HEX INVERTER (OPEN DRAIN) Scan PDF
74HC05BQ NXP Semiconductors Hex inverter with open-drain outputs Original PDF
74HC05BQ,115 NXP Semiconductors IC IC,LOGIC GATE,HEX INVERTER,HC-CMOS,LLCC,14PIN,PLASTIC, Gate Original PDF
74HC05BQ-Q100 NXP Semiconductors Hex inverter with open-drain outputs Original PDF
74HC05BQ-Q100,115 NXP Semiconductors 74HC05BQ-Q100 - 74HC05BQ-Q100 - Hex inverter with open-drain outputs Original PDF
74HC05D NXP Semiconductors Hex inverter with open-drain outputs Original PDF
74HC05D,112 NXP Semiconductors Hex inverter with open-drain outputs, SOT108-1 (SO14), Tube Original PDF
74HC05D,118 NXP Semiconductors Hex inverter with open-drain outputs, SOT108-1 (SO14), Reel Pack, SMD, 13" Original PDF
74HC05D-Q100 NXP Semiconductors Hex inverter with open-drain outputs Original PDF
74HC05D-Q100,118 NXP Semiconductors 74HC05D-Q100 - 74HC05D-Q100 - Hex inverter with open-drain outputs Original PDF
74HC05PW NXP Semiconductors Hex inverter with open-drain outputs Original PDF
74HC05PW,112 NXP Semiconductors IC IC,LOGIC GATE,HEX INVERTER,HC-CMOS,TSSOP,14PIN,PLASTIC, Gate Original PDF
74HC05PW,118 NXP Semiconductors IC IC,LOGIC GATE,HEX INVERTER,HC-CMOS,TSSOP,14PIN,PLASTIC, Gate Original PDF
74HC05PW-Q100 NXP Semiconductors Hex inverter with open-drain outputs Original PDF
74HC05PW-Q100,118 NXP Semiconductors 74HC05PW-Q100 - 74HC05PW-Q100 - Hex inverter with open-drain outputs Original PDF

74HC05 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2012 - Not Available

Abstract: No abstract text available
Text: 74HC05-Q100 Hex inverter with open-drain outputs Rev. 1 — 9 July 2012 Product data sheet 1. General description The 74HC05-Q100 is a high-speed Si-gate CMOS device that complies with JEDEC standard no. 7A. The 74HC05-Q100 contains six inverters. The outputs of the 74HC05-Q100 are open-drain , €­40 C to +125 C  Wide operating voltage 2.0 V to 6.0 V  Input levels:  For 74HC05-Q100 , exceeds 200 V (C = 200 pf, R = 0 )  Multiple package options 74HC05-Q100 NXP Semiconductors


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PDF 74HC05-Q100 74HC05-Q100 AEC-Q100 74HC05
2012 - 74HC05

Abstract: No abstract text available
Text: leads; body width 4.4 mm Version SOT108-1 SOT402-1 Type number 74HC05PW-Q100 40 C to +125 C 74HC05BQ-Q100 , Change notice Supersedes Document ID 74HC05_Q100_1 74HC05_Q100 All information provided in this , 74HC05-Q100 Hex inverter with open-drain outputs Rev. 1 - 9 July 2012 Product data sheet 1. General description The 74HC05-Q100 is a high-speed Si-gate CMOS device that complies with JEDEC standard no. 7A. The 74HC05-Q100 contains six inverters. The outputs of the 74HC05-Q100 are open-drain and can


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PDF 74HC05-Q100 74HC05-Q100 AEC-Q100 74HC05
2013 - 74HC05

Abstract: No abstract text available
Text: Ordering Information NEW PRODUCT Device 74HC05S14-13 74HC05T14-13 Package Code S14 T14 , Suffix -13 -13 Marking Information (1) SO-14, TSSOP-14 Part Number 74HC05S14 74HC05T14 Package , 74HC05 HEX INVERTERS WITH OPEN DRAIN OUTPUTS Description The 74HC05 provides provides six , antimony compounds. 74HC05 Document number: DS35321 Rev. 3 - 2 1 of 7 www.diodes.com January 2013 © Diodes Incorporated 74HC05 Pin Descriptions Pin Number 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Pin Name


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PDF 74HC05 74HC05 A115-A) 000-V A114-A) C101C) DS35321
2009 - 74hc05

Abstract: 74HC05 datasheet tssop14 nxp 74HC05D DHVQFN14 JESD22-A114E TSSOP14
Text: 74HC05_2 20090618 Product data sheet - 74HC05_1 Modifications: 74HC05_1 · Added type , ) 74HC05_2 Product data sheet © NXP B.V. 2009. All rights reserved. Rev. 02 - 18 June 2009 2 of , 74HC05_2 Product data sheet © NXP B.V. 2009. All rights reserved. Rev. 02 - 18 June 2009 3 of , 0.16 0.26 - 0.33 - 0.4 V 74HC05_2 Product data sheet © NXP B.V. 2009. All , switching; RL = load resistance in M; CL = load capacitance in pF; 74HC05_2 Product data sheet


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PDF 74HC05 74HC05 74HC05: JESD22-A114E JESD22-C101C 74HC05 datasheet tssop14 nxp 74HC05D DHVQFN14 TSSOP14
2002 - J1-DB25

Abstract: IC 74hc05 74HC05 C1608X7R1A224KT KZ2 sot23 C1608C0G1H101JT J1 SOT23 MAX1036 MAX1036EKA MAX1036EVKIT
Text: -pin SOT23) Top mark: AAJE U2 1 Logic inverter (14-pin SO), open drain 74HC05 2 0.1µF ±10% , R10 100 J1-20 2 J1-11 3 J1-21 U2-A 74HC05 +5V +5V 1 R6 47k D1 R5 , U2-B 74HC05 J1-1 J1-4 N.C. N.C. J1-6 N.C. J1-8 N.C. J1-9 +5V N.C. J1-7 J1-DB25 CONNECTOR J1-25 N.C. R13 47k R14 100 6 J1-12 3 U2-C 74HC05 +5V +5V , -2 3 N.C. 1 D4 R15 4.7k +5V U2-E 74HC05 U2-D 74HC05 14 10 N.C. U2-F


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PDF MAX1036 MAX1036EVKIT C1608X7R1A224KT 100pF C1608C0G1H101JT MAX1036 J1-DB25 IC 74hc05 74HC05 C1608X7R1A224KT KZ2 sot23 C1608C0G1H101JT J1 SOT23 MAX1036EKA MAX1036EVKIT
2009 - 74HC05

Abstract: 74hc051 74HC05D JESD22-A114E
Text: supply voltage 74HC05_1 Product data sheet © NXP B.V. 2009. All rights reserved. Rev. 01 - , - 1.67 139 ns/V VCC = 6.0 V - - 83 ns/V 74HC05_1 Product data sheet , VCC = 2.0 V OFF-state to LOW nA to nY; see Figure 4 propagation delay VCC = 2.0 V 74HC05_1 , Input Output VM VM VX 0.5VCC 0.5VCC 0.1VCC 74HC05_1 Product data sheet , tr, tf CL RL tPZL, tPLZ VCC 6 ns 50 pF 1 k VCC 74HC05_1 Product data


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PDF 74HC05 74HC05 74HC05: JESD22-A114E JESD22-C101C 74hc051 74HC05D
DB25 LPT Male-Female

Abstract: DB25 LPT 378 378H DB25 LPT parallel port 378 DB25 FOOTPRINT PCB DB25 Parallel connector parallel port interface I2C radio shack digit 74HC05
Text: connected to the input of one of the 74HC05's inverters (U1E). However, some parallel ports may not output , (pin 12) in addition to another one of the 74HC05's inverters (U1B). It is very important to point out , six 74HC05's inverters are required to implement 2-wire communication, three inverters are unused. To , . Ideally you would also like to make sure the 74HC05's VCC is close as possible, if not equal to the VCC , C3 should be placed as close as possible to VCC and GND of the 74HC05. When connecting SCL and SDA


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2002 - KZ2 sot23

Abstract: C1608X7R1C224KT 74HC05 tdk code label C1608X7R1C104KT C1608C0G1H101JT BZX84C5V1 MAX1236EVKIT MAX1236EUA MAX1236
Text: J1-11 J1-19 1 R5 OPEN SDA U2-B 74HC05 J1-21 3 J1-3 J1-22 R12 100 J1 , 100 J1-12 6 5 R8 47k R7 OPEN U2-C 74HC05 D3 N.C. J1-9 DVDD R13 47k , U2-A 74HC05 SCL N.C. J1-17 J1-16 J1-15 DVDD N.C. N.C. 9 J1-2 R16 100 N.C. D4 R15 4.7k 8 U2-D 74HC05 U2-E 74HC05 10 U2-F 74HC05 11 14 13 12 C9


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PDF MAX1236 MAX1236EVKIT MAX1236 KZ2 sot23 C1608X7R1C224KT 74HC05 tdk code label C1608X7R1C104KT C1608C0G1H101JT BZX84C5V1 MAX1236EVKIT MAX1236EUA
2000 - 74HC04

Abstract: 74HC05 74HC74 db25 socket DIODE j1 MAX865EUA DB25 connector datasheet for printer zener diode 6.8v 74HC04 NOT GATE 74hc04 single
Text: R4­R7 4 4.7k ±5% resistors R8, R9 2 1k ±5% resistors U1 1 74HC05 hex , header. A 74HC05 open-drain inverter (U1) is used to pull down the SMBus interface signals. The , SMBCLK SMBDATA_IN 8 3 6 1 3 U2B R D 1 74HC04 U2D 74HC05 OC U1B 74HC04 U2C 74HC05 OC U1A Q Q 9 4 5 2 4 ALERT2 +5V 2 , 4 74HC05 OC U1F 12 10 74HC08 U3C 5 74HC08 U3B 2 74HC08 1


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74HC05

Abstract: AN3230 APP3230 DS1845 DS1847 DS1848 DS1855 DS1859 app abstract
Text: output. D0 is connected to the input of one of the 74HC05's inverters (U1E). However, some parallel , (pin 12) in addition to another one of the 74HC05's inverters (U1B). It is very important to point out , six 74HC05's inverters are required to implement 2-wire communication, three inverters are unused. To , GND are connected to the hardware. Ideally you would also like to make sure the 74HC05's V CC is close , should be placed as close as possible to V CC and GND of the 74HC05. When connecting SCL and SDA from


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PDF DS1855 DS1859 com/an3230 AN3230, APP3230, Appnote3230, 74HC05 AN3230 APP3230 DS1845 DS1847 DS1848 app abstract
M74HC05

Abstract: No abstract text available
Text: 1R M74HC05B1R M74HC05C1R PIN CONNECTIONS (top view) DESCRIPTION The M54/ 74HC05 is a high speed , Connection 7 T 2 T 2 3 7 DOSHBLfG DSfc. 1/4 127 M 54/M 74HC05 IEC LOGIC SYMBOL TRUTH TABLE A , 85 °C —-128 ■7^5^237 00S43m TTB ■M 54/M 74HC05 RECOMMENDED , G0S4342 ^ V V 3/4 129 M 54/M 74HC05 AC ELECTRICAL CHARACTERISTICS ( C l = 50 pF, Input tr


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PDF M54HC05 M74HC05 54/74LS05 M54HC05F1R M74HC05B1R M74HC05C1R M54/74HC05 M74HC05
GD74HCT05

Abstract: No abstract text available
Text: GD54/ 74HC05 , GD54/74HCT05 HEX INVERTERS WITH OPEN-DRAIN OUTPUTS General Description These devices are identical in pinout to the 5 4 /7 4 L S 0 5 . They contain six independent IN­ VERTERS. The , ta te GD54/ 74HC05 , GD54/74HCT05 Absolute Maximum Ratings SYMBOL Vcc MIN. CONDITIONS DC , CHARACTERISTIC V -4 0 -5 5 + 85 + 125 1000 500 400 500 ns 4-23 GD54/ 74HC05 , GD54/74HCT05 , . 5.5 input voltage TYP. 4 5 LOW level V|H TA“ 25 °C MIN. 0.01 GD54/ 74HC05


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PDF GD54/74HC05, GD54/74HCT05 GD74HCT05 GD54HCT05 GD74HCT05
1998 - zener diode 6.8v

Abstract: quad 74HC04 NOT GATE datasheet of 74HC74 ic diode U3d zener diode 68v 74HC04 NOT GATE 74HC05 P116 Diode 74HC04 74HC74
Text: U1 1 74HC05 hex open-collector inverter _Detailed Description U2 1 , unregulated input to the 78L05 is available on the right-angle header. A 74HC05 open-drain inverter (U1) is , SMBCLK SMBDATA_IN 8 3 6 1 3 U2B R D 1 74HC04 U2D 74HC05 OC , SMBCLK_IN 74HC04 74HC05 OC U1A U4A 74HC74 CLK S 74HC04 1 2 3 4 +5V , U3A 4 74HC05 OC U1F 12 10 74HC08 U3C 5 74HC08 U3B 2 74HC08 1 HOLDING


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PDF 1N5235B 1N5229B 1N4148 47knt zener diode 6.8v quad 74HC04 NOT GATE datasheet of 74HC74 ic diode U3d zener diode 68v 74HC04 NOT GATE 74HC05 P116 Diode 74HC04 74HC74
2000 - 74HC05

Abstract: diode U3d on 74HC74 74HC04 74HC04 NOT GATE 74hc04 single
Text: 1k ±5% resistors 74HC05 hex open-collector inverter 74HC04 hex inverter 74HC08 quad AND gate 74HC74 , right-angle header. Bus Driving Circuitry A 74HC05 open-drain inverter (U1) is used to pull down the SMBus , U2E U3A U1C ALERT1 74HC04 J1­6 MASK_ALERT1 74HC05 U3B U1D ALERT2 74HC04 5 74HC08 OC 74HC05 U3C U1E 8 11 OC 74HC05 10 5 START DETECTED Q R 74HC74 U2A 1 74HC04 SMBSUS 2 SMBSUS J1­8 MASK_START 10 , ­6 J2­7 +5V SMBCLK_IN U2B 9 Q R 74HC74 U1A 1 OC +5V 74HC05 U2C 6 74HC04 U1B 3 OC 74HC05 U2D 8 74HC04 9


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2002 - 74HC05

Abstract: KZ2 sot23 MAXIM BAR code label MAX1238EVKIT MAX1238EEE MAX1238 C3225X5R1C106M C1608X7R1C104KT C1608C0G1H101JT BZX84C5V1
Text: 74HC05 2 1 J1-11 J1-19 R10 100 J1-20 R5 OPEN SDA 3 J1-21 1 D1 J1-22 U2-E 74HC05 U2-B 74HC05 R12 100 J1-23 3 N.C. J1-4 N.C. J1-6 N.C. J1 , U2-F 74HC05 R7 OPEN SCL 9 8 3 N.C. J1-17 7 12 U2-D 74HC05 R16 100 D4 , 74HC05 J1-12 N.C. J1-14 C9 0.1µF R11 4.7k 1 N.C. J1-8 J1-DB-25 CONNECTOR


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PDF MAX1238 MAX1238EVKIT MAX1238 74HC05 KZ2 sot23 MAXIM BAR code label MAX1238EVKIT MAX1238EEE C3225X5R1C106M C1608X7R1C104KT C1608C0G1H101JT BZX84C5V1
1998 - J120 MOSFET

Abstract: J118 MOSFET J115 mosfet
Text: 1k, 5% resistors 74HC05 hex open-collector inverter 74HC04 hex inverter 74HC08 quad AND gate 74HC74 , right-angle header. Bus Driving Circuitry A 74HC05 open-drain inverter (U1) is used to pull down the SMBus , U2E U3A U1C ALERT1 74HC04 J1­6 MASK_ALERT1 74HC05 U3B U1D ALERT2 74HC04 5 74HC08 74HC05 U3C U1E 8 11 OC 74HC05 10 5 START DETECTED Q R 74HC74 U2A 1 74HC04 SMBSUS 2 SMBSUS J1­8 MASK_START 10 , ­4 J2­5 J2­6 J2­7 +5V SMBCLK_IN U2B 9 Q R 74HC74 U1A 1 OC +5V 74HC05 U2C 6 74HC04 U1B 3 OC 74HC05 U2D 8


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PDF MAX1662 J120 MOSFET J118 MOSFET J115 mosfet
M74HC05C1

Abstract: of IC 74ls05 M74HC05
Text: : M54HC05F1 R M 74HC05M 1R M74HC05B1 R M74HC05C1 R PIN CONNECTIONS (top view) 'E SC R IP TIO N he M54./ 74HC05 is a high speed CMOS HEX 'PEN DRAIN INVERTER fabricated in silicon gate 2MOS technology. It has , oruary 1993 1/4 127 M 54/M 74HC05 TRUTH TABLE A L H Z = High im pedance IEC LOG IC SY M B , °C to 85 °C 2/4 " T# MiiM Bl ie ra WK * / = 7 SGS-THOMSON 128 M 54/M 74HC05 R E C O


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PDF M54HC05 M74HC05 54/74LS05 M54HC05F1 74HC05M M74HC05B1 M74HC05C1 /74HC05 of IC 74ls05 M74HC05
2006 - J1-A26

Abstract: AD7994 CONNECTOR smb 74hco5 J1-A29 J1-A23 J1-A22 J1-B16
Text: the 74HC05 , where the inverted output is fed to the 96-way connector. Selects the source of the SDA signal to be fed into the 74HC05. When in Position A, the SDA signal comes from the 96-way connector , 74HC05. In Position A, the SCL signal comes from the 96-way connector. In Position B, the SCL signal , the SMB SCL socket. In Position B, the SCL signal comes from the 74HC05 , whose input signal in turn is , signal comes from/goes to the 74HC05 chip, whose input/output signal in turn is chosen by LK18 and LK19


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PDF AD7993/AD7994 EVAL-AD7993/AD7994CB REF192 AD713 AD7993 AD7994 AD7993BRU-0/AD7994BRU-0 AD713JR-16 J1-A26 CONNECTOR smb 74hco5 J1-A29 J1-A23 J1-A22 J1-B16
2002 - C1608X7R1C224KT

Abstract: 74HC05 KZ2 sot23 AIN4 14pin MAX1038EVKIT MAX1038AEEE MAX1038 C1608X7R1C104KT C1608C0G1H101JT BZX84C5V1
Text: MAX1038AEEE (16-pin QSOP) U2 1 Logic inverter (14-pin SO), open drain 74HC05 1 100pF ±5%, 50V , 74HC05 D1 1 J1-19 74HC05 13 J1-20 R17 100 J1-21 J1-22 7 12 U2-F U2-B 3 , OPEN SCL 3 D3 1 74HC05 R23 100 U2-D 9 NC 8 3 J1-14 J1-10 NC NC D4 J1


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PDF MAX1038 MAX1038EVKIT MAX1038 C1608X7R1C224KT 74HC05 KZ2 sot23 AIN4 14pin MAX1038EVKIT MAX1038AEEE C1608X7R1C104KT C1608C0G1H101JT BZX84C5V1
db25 connector LPT

Abstract: APP3230 DB25 FOOTPRINT PCB DS1859 DS1855 DS1848 DS1847 DS1845 AN3230 74HC05
Text: as an output. D0 is connected to the input of one of the 74HC05's inverters (U1E). However, some , (pin 12) in addition to another one of the 74HC05's inverters (U1B). It is very important to point out , the six 74HC05's inverters are required to implement 2-wire communication, three inverters are unused , . Ideally you would also like to make sure the 74HC05's VCC is close as possible, if not equal to the VCC of , should be placed as close as possible to VCC and GND of the 74HC05. When connecting SCL and SDA from the


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PDF com/an3230 DS1845: DS1847: DS1848: DS1855: DS1859: AN3230, APP3230, Appnote3230, db25 connector LPT APP3230 DB25 FOOTPRINT PCB DS1859 DS1855 DS1848 DS1847 DS1845 AN3230 74HC05
Not Available

Abstract: No abstract text available
Text: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MC54/ 74HC05 Product Preview J SUFFIX CERAMIC CASE 632-08 Hex Inverter w ith Open-Drain Outputs H igh-Perform ance Silicon-G ate C M O S N SUFFIX PLASTIC CASE 646*06 The MC54/ 74HC05 is identical in pinout to the LS05. The device inputs are com , / 74HC05 M A X I M U M R A T IN G S * Value V DC Input Voltage (Referenced to GND) —1.5 to V c , . MOTOROLA HIGH-SPEED C M O S LOGIC DATA 5-29 MC54/ 74HC05 A C E L E C T R IC A L C H A R A C T E R IS T


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PDF MC54/74HC05 MC54/74HC05
1998 - J118 MOSFET

Abstract: J120 MOSFET J115 mosfet MAX1661EUB MAX1662 MAX1662EUB MAX1662EVSYS MAX1663 MAX1663EUB J117 MOSFET
Text: R4­R7 4 4.7k, 5% resistors R8, R9 2 1k, 5% resistors U1 1 74HC05 hex , unregulated input to the 78L05 is available on the right-angle header. A 74HC05 open-drain inverter (U1) is , SMBCLK SMBDATA_IN 8 3 6 1 3 U2B R D 1 74HC04 U2D 74HC05 OC U1B 74HC04 U2C 74HC05 OC U1A Q Q 9 4 5 2 4 ALERT2 +5V 2 , 4 74HC05 OC U1F 12 10 74HC08 U3C 5 74HC08 U3B 2 74HC08 1 HOLDING


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PDF MAX1662 MAX1662EVSYS MAX1662. MAX1662EVKIT MAX1662EVSYS MAX1662EVSYS, MAX1662EVKIT. J118 MOSFET J120 MOSFET J115 mosfet MAX1661EUB MAX1662EUB MAX1663 MAX1663EUB J117 MOSFET
Not Available

Abstract: No abstract text available
Text: MOTOROLA SEMICONDUCTOR TECHNICAL DATA MC54/ 74HC05 Product Preview H ex Inverter w ith O pen-Drain O utputs J S U F F IX C E R A M IC C A S E 6 3 2 -0 8 H igh-Perform ance Silicon-G ate C M O S N S U F F IX The MC54/ 74HC05 is identical in pinout to the LS05. The device inputs are , r o d u c t w it h o u t n o tic e . MOTOROLA HIGH-SPEED CMOS LOGIC DATA 5-28 MC54/ 74HC05 M , found in Chapter 4. MOTOROLA HIGH-SPEED CMOS LOGIC DATA 5-29 MC54/ 74HC05 A C E L E C T R IC A L


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PDF MC54/74HC05 MC54/74HC05
2004 - smd transistor j210

Abstract: ADT4761 smd Variable resistor 10K ohm Variable resistor 10K ohm smd diode j225 ADT7461 Radionics variable resistor 10k connection centronics 36 current limits 74HC05
Text: 74HC05 3 CW B Q1 R12 A 1 2 LK1 C E 13 D1 SW1 RED THERM R1 1k + C1 , 74HC05 74HC05 OC 5 74HC05 OC 74HC05 6 1 OC 74HC05 8 R6 10k R7 10k


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PDF EVAL-ADT7461* ADM1032 36-Pin 2N3906 ADT7461 74AC05M ADT7461AR CD74AC05M EVAL-ADT7461 EVAL-ADT7461EB smd transistor j210 ADT4761 smd Variable resistor 10K ohm Variable resistor 10K ohm smd diode j225 ADT7461 Radionics variable resistor 10k connection centronics 36 current limits 74HC05
1993 - monostable multivibrator using LM324 ic

Abstract: LM324 COMPARATOR application circuits of ic 74123 simple LM324 COMPARATOR CIRCUIT time delay circuit for ic 74123 74hc* open drain driver NE555 Multivibrator 74HC00 monostable multivibrator using 74123 NE555 signetics
Text: drain digital output of a 74HC05 Hex inverter by making the microcontroller Driver output go to logic , idea can be extended to a 3 channel circuit using the last two inverters in the 74HC05 IC package. The , OC DRIVER R0 87C751 HC DRIVER 0 74HC05 OC HC VCC C C0 R1 GATED TIMER INPUT HC DRIVER 1 74HC05 OC HC C1 PROGRAM A2D82 GATED TIMER INPUT 74HC05 OC HC (a) Single Resistor Conversion 74HC05 OC HC (b) Dual Resistor Conversion SU00440 Figure 4. family


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PDF AN449 87C51 monostable multivibrator using LM324 ic LM324 COMPARATOR application circuits of ic 74123 simple LM324 COMPARATOR CIRCUIT time delay circuit for ic 74123 74hc* open drain driver NE555 Multivibrator 74HC00 monostable multivibrator using 74123 NE555 signetics
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