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54HC/74HC

Catalog Datasheet MFG & Type PDF Document Tags

MOTOROLA 74HC FAMILY

Abstract: 54HC , high-speed 54HC/74HC devices readily drive long cable runs and backplanes. While the family maintains CMOS , minimize adverse effects related to high-speed operation, 54HC/74HC logic-unlike slower metal-gate , , controlling unwanted reflections is easier in the CMOS designs, because 54HC/74HC devices , 54HC/74HC device's output rise and fall times can be as short as 5 ns, and transmission-line effects , per unit of length. When a 54HC/74HC device drives a transmission line (Figure 2), the driver's output
Fairchild Semiconductor
Original
AN-393 MOTOROLA 74HC FAMILY 54HC an-399 national CMOS handbook 74HC 54HC/74HC

MOTOROLA 74HC FAMILY

Abstract: CMOS handbook metal-gate CMOS high-speed 54HC 74HC devices readily drive long cable runs and backplanes While the family , Because of 54HC 74HC high-speed CMOS's short propagation delays and fast rise and fall times you must , precautions that minimize adverse effects related to high-speed operation 54HC 74HC logic unlike slower , Furthermore controlling unwanted reflections is easier in the CMOS designs because 54HC 74HC devices , 54HC 74HC device's output rise and fall times can be as short as 5 ns and transmission-line effects
National Semiconductor
Original
8424 transmission-line AN3931 cmos 54HC series 74HC00 C1995

Difference between LS, HC, HCT devices

Abstract: 74HCT AN-368 Fairchild Semiconductor Application Note 368 March 1984 The 54HC/74HC series of high speed , system, he would like to use 54HC/74HC, and CMOS LSI components. Unfortunately, due to system , with the input specifications of 54HC/74HC. Notice that the output high level of a TTL specified , between TTL compatible microprocessor and associated peripherals and bipolar TTL logic to 54HC/74HC , therefore must be interfaced to 54HC/74HC. In this instance, the popular gate, buffer, decoder, and
Fairchild Semiconductor
Original
Difference between LS, HC, HCT devices 74HCT AN-368 difference between HC LS series 74HCT databook 74HC240 ic ttl 74ls 54HCT/74HCT 54LS/74LS 54F/74F 54ALS/74ALS 54AS/74AS

Difference between LS, HC, HCT devices

Abstract: difference between HC LS series National Semiconductor Application Note 368 Larry Wakeman March 1984 The 54HC 74HC series of , TTL compatible outputs with the input specifications of 54HC 74HC Notice that the output high level , design a low power high speed system he would like to use 54HC 74HC and CMOS LSI components , Printed in U S A The input high logic level of HC is the only source of incompatibility 54HC 74HC can , input high level must be altered why not design CMOS logic to be TTL compatible 54HC 74HC was designed
National Semiconductor
Original
74HCT AN-368 Cmos 74 HC 74ls series pinouts f6751 74 HC Series Logic ICs HC LS IC AN-339 national 54HCT

HC14

Abstract: hc14ac (54HC) (74HC) 6V IOH = -5.2m (54HC) (74HC) 0.1 2V 0.1 4.5-6V 0.26 0.4 0.33 0.26 0.4 0.33 ±100 6V ±1000 2 40 20 2-6V 10 IoL = 20 VI=VIH or VIL IoL = 4m (54HC) (74HC) IoL = 5.2m (54HC) (74HC) (54HC or 74HC) Vin = Vcc or GND Vin =Vcc or GND (54HC) (74HC , ) Parameter Symbol INPUT OUTPUT Vcc Typ. Unit Guaranteed 54HC 74HC 190 38 32 110
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Original
HC14 hc14ac 54HC14 74HC14

HC74

Abstract: 220 AC to 6V AC POWER SUPPLY circuit diagram Vcc 2V 4.5~6V 4.5V 6V Test Condition IOH = -20A IOH = -4 mA (54HC) (74HC) IOH = -5.2mA (54HC) (74HC) 2V 4.5~6V 4.5V IOL = 20A IOL = 4 mA (54HC) (74HC) IOL = 5.2 mA (54HC) (74HC , CHARACTERISTICS VI = VIH or VIL 6V (54HC) (74HC) 2V~6V IO = 0 No load (timing requirements , Hold time, data after CLK th ns Guaranteed Limit 54HC 74HC Vcc 6 31 36 100 20 , . Unit Guaranteed Limit 54HC 74HC From To 10 50 60 70 20 MHz 6 31 36 230
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Original
HC74 220 AC to 6V AC POWER SUPPLY circuit diagram 54HC74 4459 74HC74

ma 8127

Abstract: 74hc00 gate case of CD4000B logic Although the 54HC 74HC IC's CMOS construction results in noise immunity , susceptibility and immunity and the 54HC 74HC logic's power-supply-noise characteristics Note that unless , subset FOLLOW BASIC GUIDELINES The basic rules for designing with 54HC 74HC circuits are similar to , to 54HC 74HC circuits or use special connectors that apply power before signals Some family members , You must observe certain usage rules for 54HC 74HC outputs as well as for inputs Output voltages
National Semiconductor
Original
CD4000 AN-375 ma 8127 74hc00 gate 74HC00 national semiconductor 74c SERIES cmos logic data application circuits of ic 74HC74 MM54HC

Difference between LS, HC, HCT devices

Abstract: 74hc00 gate CD4000B logic. Although the 54HC/74HC IC's CMOS construction results in noise immunity comparable to the , susceptibility and immunity, and the 54HC/ 74HC logic's power-supply-noise characteristics. Note that, unless , basic rules for designing with 54HC/74HC circuits are similar to those that apply to 74LS, CD4000B and , follow a few rules. When bench testing 54HC/74HC devices, for example, you can short one output for , unavoidable, add external current limiting to prevent damage to 54HC/74HC circuits, or use special connectors
Fairchild Semiconductor
Original
74hc00 equivalent 74hc00 and gates 74hc00 datasheet 74hc00 fairchild 74HC74S 74HC74 application note MM54HC/74HC 54HC/

CD4000

Abstract: CD4000 application notes such high-speed CMOS-logic circuits as the 54HC 74HC family (as compared with CD4000 metal-gate logic , for the signal lines of 54HC 74HC is about the same as that of LS TTL Its relative noise is thus , the slightly greater internal spiking in 54HC 74HC circuits In spite of this higher noise potential , can result in a significant voltage drop (that the 54HC 74HC logic might tolerate) and they can , required for cooling PLACEMENT IS IMPORTANT Printed-circuit boards using 54HC 74HC could contain
National Semiconductor
Original
AN-389 CD4000 application notes 74HC0 74ALS cd4000 logic devices 74LS

national semiconductor CD4000

Abstract: 74HC CMOS-logic circuits as the 54HC/74HC family (as compared with CD4000 metal-gate logic) requires special , noise. This article presents empirical and analytical techniques for effective EMI control of 54HC/74HC , , the C(dV/dt) figure for the signal lines of 54HC/ 74HC is about the same as that of LS TTL. Its , 's supply lines, and to the slightly greater internal spiking in 54HC/74HC circuits. In spite of this , significant voltage drop (that the 54HC/74HC logic might tolerate), and they can result in excessive noise
Fairchild Semiconductor
Original
national semiconductor CD4000 74HC cd4000 AN008417-4
Abstract: M K S 511 M54/74HC354 DC SPECIFICATIONS Test Condition TA = 25°C 54HC and 74HC - 40 to 85°C - 5 5 to125°C Unit 54HC 74HC Symbol Parameter V cc Min. Typ. Max , Ta = 25°C 54HC and 74HC Min. â'"4 0 to 8 5 °C â'"55to125«C 54HC 74HC Unit Min. Typ , ) 2.0 4.5 6.0 - 40 to 85°C -5 5 to 1 2 5 ° C 54HC 74HC Unit Min. Max. Min. Max. 0 , Supply Voltage V 0 to V cc V Vo Output Voltage 0 to V cc V ta _ _ . 74HC -
OCR Scan
M54HC354 M74HC354 54/74LS354
Abstract: Vo Output Voltage 0 to Vcc V ta _ _ . 74HC Series Operating Temperature 54HC , Test Condition -4 0 to 8 5 °C â'"55to125°C Unit 54HC 74HC T a = 25°C 54HC and 74HC Min , 25°C, CL=15pF, Input tr = tf = 6ns) 54HC and 74HC Symbol Parameter â'¢tlh *THL Output , (CL = 50pF, Input tr = tf = 6ns) TA = 25°C 54HC and 74HC Symbol Parameter Test Condition , IN Cpd - 40 to 85°C -55 to 1 2 5 °C 54HC 74HC Unit (* ) â'" â'" â'" Min. â -
OCR Scan
M54HC4002 M74HC4002 4002B M54/74HC4002

triggering scr with microprocessor

Abstract: cmos function generator using cd4049 Enhancements Eliminate the CMOS SCR Latch-Up Problem In 54HC 74HC Logic National's Process Enhancements Eliminate the CMOS SCR Latch-Up Problem In 54HC 74HC Logic product of the PNP and NPN be greater than , circuit design of 54HC 74HC logic has ensured that this will be avoided Temperature variations will , significantly and or degrade MOS transistor performance The process enhancements employed on 54HC 74HC logic , 54HC 74HC CMOS logic but in addition processing enhancements were made that effectively eliminate the
National Semiconductor
Original
MM74HC MM74C triggering scr with microprocessor cmos function generator using cd4049 ic mm74hc scr Power Supply Schematic Diagram cmos scr MM54C
Abstract: The 54HC/74HC logic family is functionally and pinout com­ patible with the standard 54LS/74LS logic , Vt - Min Max Vt + Positive Going Threshold Voltage 54HC 74HC TA= -40to85°C Ta = -5 , power supply range: 2V-6V m Low quiescent current: 20 jxA maximum (74HC Series) â  Low input current , ) Symbol Parameter Conditions Ta = 25°C V cc Typ 74HC Ta = â'" to 85°C 40 Ta = 54HC â'" to 125°C 55 Units Guaranteed Limits tpHL. tpiH Maximum Propagation Delay -
OCR Scan
MM54HC132/MM74HC132 MM54HC132 MM74HC132 TL/F/5309-2

aaBO

Abstract: on 5295 loads. The 54HC/74HC logic family is functionally as well as pin-out compatible with the standard 54LS , clamps to Vcc and ground. As with standard 54HC/74HC push-pull outputs there are diodes to both Vcc and , Conditions Vcc ta = 25°C 74HC Ta =-40 to 85°C ta= 54HC -55 to 125°C Units Typ Guaranteed Limits , delay: 12 ns â  Wide power supply range: 2-6V â  Low quiescent current: 20 ¡xA maximum (74HC Series , = 4.5V 500 ns VCC = 6.0V 400 ns Symbol Parameter Conditions Vcc Ta = 25°C 74HC TA
-
OCR Scan
MM54HC03 MM74HC03 aaBO on 5295 MM54HC03/MM74HC03 TL/F/5295-1 TL/F/5295-2 TL/F/5295

M74HC174

Abstract: 125 °c vcc V| Supply Voltage Vo Ta _ , 74HC Series Operating Temperature 54HC , 5 ,C Unit 54HC 74HC TA = 25°C 54HC and 74HC Test Condition Symbol Max. Min , °C, CL=15pF, Input tr = tf = 6ns) 54HC and 74HC Symbol tTLH *THL Parameter Mfn. Output , CHARACTERISTICS (CL = 50pF, Input tr = tf = 6ns) Test Condition TA = 25°C 54HC and 74HC - 40 to 85°C -55 to 1 2 5 °C 54HC 74HC Unit Symbol Parameter Vcc Typ. Max. *TLH *THL
-
OCR Scan
M74HC174 M54HC174 54/74LS174 M54/74HC174
Abstract: Output Voltage 0 to Vcc V ta _ T . 74HC Series Operating Temperature 54HC Seri6s 40 to , Test Condition TA = 25°C S4HC and 74HC -4 0 to 8 5 °C â'"55to125°C Unit 54HC 74HC Min , °C 54HC and 74HC Typ. Max. Min. Max. Min. Max. â'" â'" 25 7 6 60 12 10 â , RSffiBDBIBIKLSffinnSOMBCi 716 -4 0 to 8 5 °C -55 to 1 2 5 °C Unit 54HC 74HC MS4/74HC692/693 AC ELECTRICAL CHARACTERISTICS (Continued) Symbol Parameter Vcc Test Condition TA = 250C 54HC and 74HC -4 0 to -
OCR Scan
M54/74HC692 M54/74HC693 HC692 HC693 M74HCXXX M54HCXXX

on 5295 transistor

Abstract: on 5295 outputs All devices have high noise immunity and the ability to drive 10 LS-TTL loads The 54HC 74HC logic , with standard 54HC 74HC push-pull outputs there are diodes to both VCC and ground Therefore the output , power supply range 2 ­ 6V Low quiescent current 20 mA maximum (74HC Series) Low input current 1 mA , Electrical Characteristics (Note 4) Symbol Parameter Conditions TA e 25 C VCC 74HC TA eb40 to 85 C Typ 54HC TA eb55 to 125 C Units Guaranteed Limits VIH Minimum High Level
National Semiconductor
Original
on 5295 transistor MM74HC03N NATIONAL SEMICONDUCTOR 74HC 74HC LOGIC PINOUT 54LS MM54HC03J RRD-B30M105

CMOS 4024 with truth table

Abstract: 500 0 to 400 ns M54/74HC4024 DC SPECIFICATIONS - 40 to 85°C â'"5 5 to 1 2 5 °C Unit 54HC 74HC TA = 25°C 54HC and 74HC Test C ond ition S ym bol Parameter v cc Min. Typ , 25°C, CL=15pF, Input tr = tf = 6ns) 54HC and 74HC Symbol Parameter lTLH tTHL Output , CHARACTERISTICS (CL = 50pF, Input tr = tf = 6ns) Test Condition T a = 25°C 54HC and 74HC -4 0 to 8 5 °C -5 5 to 1 2 5 °C 54HC 74HC Unit Symbol Parameter V cc Typ. Max. Min. Max
-
OCR Scan
CMOS 4024 with truth table 4024B M54HC4024 M74HC4024 HC4024
Abstract: DC SPECIFICATIONS Symbol Parameter V cc Test Condition TA = 25°C 54HC and 74HC - 40 to 85°C - s s t o ^ ' C 54HC 74HC Unit Min. Typ. Max. Min. Max. Min , 25°C 54HC and 74HC Min. IPLH tpHL IPLH tpHL tpZH tpZL Propagation Delay Time (HC242 , '" â'" RL = 1kO â'" â'" â'"40to85°C -5 5 to 1 2 5 ,C 54HC 74HC Unit Min. Max. Typ , tpHZ - 40 to 85°C -5 5 to 1 2 5 ° C 74HC 54HC U nit TA = 25°C 54HC and 74HC 13 An -
OCR Scan
M54HC242/243 M74HC242/243 54/74LS242/243 M54A74HC242 M54/74HC243 M54/74HC242

ic mm74hc

Abstract: triggering scr with microprocessor to ensure that this doesn't happen, and care in the layout and circuit design of 54HC/74HC logic , performance. The process enhancements employed on 54HC/74HC logic circumvent these problems. Primarily it is , destructive test, but in order to test 54HC/74HC devices without causing immediate damage, test limits for , recommended to be 7.0V which is at the absolute maximum limit specified in 54HC/74HC and is the worst case , latch-up. The one primarily used to characterize the 54HC/74HC logic family is shown in Figure 16. This
Fairchild Semiconductor
Original
MM54HC4049 SCR TRIGGER PULSE circuit AN-339 measuring scr characteristics IN74HC WHAT IS THE CONNECTION SCR MM54HC/MM74HC MM54C/
Abstract: ability to drive 10 LS-TTL loads. The 54HC/74HC logic family is functionally as well as pin-out , input current: 1 ¡iA maximum Fanout of 10 LS-TTL loads As with standard 54HC/74HC push-pull outputs -
OCR Scan
105/P
Abstract: °C 54HC and 74HC - 40 to 85°C -5 5 to 1 2 5 ° C U nit 54HC 74HC Min. Typ. Max. Min , |N Min. Typ. â'" tpLH tpHL CoUT - 40 to 85°C â'"5 5 to 1 2 5 °C 54HC 74HC -
OCR Scan
M54HC365/366 M74HC365/366 HC365 HC366 54/74LS365/366 M54/74HC365
Abstract: Propagation Delay Time (Qn - Qn+1) -40 to 85 °C -55 to 125 °C 54HC 74HC Min. Max. Min. Max. 30 8 , Conditions V,H Parameter Value High Level Input Voltage -40 to 85 °C -55 to 125 °C 54HC 74HC Min. Max. Min. Max. 4.5 1.5 3.15 1.5 3.15 1.5 3.15 4.2 4.2 4.2 Vcc (V -
OCR Scan
M54/74HC4020 M54/74HC4040 HC4020 HC4040 4020B/4040B M54HCXXXF1R

74hc373

Abstract: = 7.8 mA Vi = Vcc or GND 1.9 Value -40 to 85 °C -55 to 125 °C 54HC 74HC Min. Max. Min. Max. 1.5 3.15 , 10 9 5 5 5 10 Value -40 to 85 °C -55 to 125 °C 54HC 74HC Min. Max. Min. Max. 90 75 15 18 15 13 190
-
OCR Scan
74hc373 M54/74HC373 M54/74HC533 HC373 HC533 54/74LS373/533 M54/74HC373/533
Abstract: to 125 °C 54HC 74HC Min. Max. Min. Max. 2.0 2.0 Unit V|H High Level Input Voltage Low Level , -55 to 125 °C 54HC 74HC Min. Max. Min. Max. 18 15 38 48 38 48 35 25 19 19 0 10 21 23 23 0 10 45 57 45 -
OCR Scan
54/74HC HCT374 HCT534 54/74LS374/534 M54/74HCT374 M54/74HCT534
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