Integrated Circuits Digital CMOS CM4000 Series CMOS Equivale
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Integrated Circuits Digital CMOS
CM4000 Series CMOS
Equivalent CD4000AE Series
Complementary circuits normally made N-type substrate, which necessitates P-type well N-channel devices (figure This well must connected lowest potential devices well. additional N-channel devices operated higher potential, separate wells required.
FETS enhancement mode; transconduct-ance (gm) directly proportional mobility channel width inversely proportional channel separation. Because N-chanhel units have higher mobility, they have approximately twice transconductance identical P-channel device. Therefore, when matching P-channel units will have approximately times channel width N-channel devices. protective diode used high-impedance gate inputs leading external terminals. These diodes serve protect device event static charge package terminals.
most computer circuitry, operating speed more important than power consumption. However, aerospace portable (battery operated) digital system applications operating speed less significant than power dissipation. applications under 10MHz clock rates, where power major importance, CMOS seems ideally suited.
Additionally, low-power systems, only fraction FETS switching given time. average digital switching element low-power system estimated duty factor 10~2. Operation digital systems very powers requires basic circuit element cell) which dissipates very little power quiescent state, i.e., when it's condition. capacitor good example element that dissipates very little power when either fully charged fully discharged. only during switching transient that power dissipated.
total power dissipation switching element both quiescent power transient power dissipation.
former independent operating speed; latter, however, function clock rate voltage difference between 'on' 'off' state. other factor influencing power dissipation capacitance logic element. Usually this made sufficiently small only small influence.
conventional P-channel N-channei circuits most power dissipated quiescent power because resistance used load transistor (figure This true bipolar
Figure Complementary metal oxide semiconductor (CMOS)
Figure Typical MOSFET switching node.
circuitry well. complementary pair, which load resistor replaced opposite polarity results appreciably lower quiescent power dissipation.
Because tliis low-dissipation characteristic because operation complementary mode highly tolerant MOSFET electrical parameters, CMOS circuits suitable large arrays.
Integrated CMOS arrays very well suited logic applications. wide range complex functions, such counters, memories, shift registers random logic having excellent electrical characteristics stability +125"C ambients, feasible today. CMOS arrays offer microwatt power quiescent operation, fast clock rates, excellent noise immunity. addition power supply operation obtained over wide range voltages; some applications This compares favourably power requirements P-channel N-channel devices, which require more.
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Solidev
Integrated Circuits Digital CMOS
CM4000 Series CMOS
tvpical sate characteristics
Given below details representative function (the CM4011AE).
absolute maximum ratings
SCHEMATIC CM4011AE
Operating voltage
(Vdd-Vss)
supply voltage +15V
inputs <VDD
Operating temperature -55"C
Storage temperature +150'C
Power dissipation milliwatts
SUFFIX DEFINITIONS
3-15V operation.
Hermetic dual line packaging
Epoxy dual line packaging
DYNAMIC ELECTRICAL CHARACTERISTICS
CL=15pF. Typical temperature coefficient values
Characteristic Symbol Test conditions Limits CM4011AE Units Characteristic Symbol Test conditions Limits CM4011AE Units
Propagation dalay Transition time
time high level Itlh VDD=5V
high level tpLH VDD=5V VDD=10V
VOD=10V High level
High level tp'HL
VDD=10V Input capacitance input
STATIC ELECTRICAL CHARACTERISTICS
LIMITS CM4011AE
Characteristic Symbol Test conditions Volts Min. Typ. Max. Min. Typ. Max. Min. Typ. Max. Units
Quiescent device current 0.005 0.005
Quiescent device dissipation/package 0.025 0.05
Output voltage: low-level 0.01 0.01 0.01 0.01 0.05 0.05
High-level 4.99 9.99 4.99 9.99 4.95 9.95
Threshold voltage N-Channel VthN 10wA
P-Channel VthP 10uA -1.9 -1.7 -1.5
Noise immunity (all inputs) 2.25
2.25
Outpuf drive current N-Channel CM4011A 0.145 0.12 0.25 0.95
P-Channel -0.145 -0.35 -0.12 -0.3 -0.5 -1.2 -0.95 -0.24
Input current
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Solidev Integrated Circuits Digital CMOS
4000 Series CMOS
REFERENCE TABLE (see outline drawings Nos. physical dimensions)
Connection
Stock Diagram
Code Function
CM4000AE Dual input gate plus inverter 35000X
CM4001AE Dual input gate 35001R
CM4002AE Dual input gate 350026
CM4004AE stage binary counter 35116R
CM4006AE stage static shift register 35003E
CM4007AE Dual complementary pair plus inverter 35004C
CM4008AE Four-bit full adder 35Q05A
CM4009AE buffer/converter (inverting) 35006X
CM4010AE buffer/converter (non-Inverting) 35007H
CM4011AE Quad 2-input NAND gate 35008F
CM4012AE Dual 4-input NAND gate 350090
CM4013AE Dual flip flop with set/reset 3501OG
CM4014AE 8-stage static shift register 35011E
CM4015AE Dual 4-stage static shift register 3501ZC
CM4016AE Quad bilateral switch 35013A
CM4017AE Decade counter/divider 35014X
CM4018AE Presettable divide-by-"N" counter 35015H
CM4019AE Quad AND/OR select gate J5016F
CM4020AE stage ripple-carry binary counter/divider 350170
CM4021AE stage static shift register 350188
CM4022AE Dlvide-by-8 counter/divider with decoded outputs 35019X
CM4023AE Triple 3-input NAND gate 35020C
CM4024AE stage binary counter 35021A
CM4025AE Triple Input gate 35022X
CM4026AE Decade counter/divider 35023H
CM4027AE Dual master slave flip flop 35024F
CM4028AE decimal decoder 35025D
CM4029AE Presettable up/down counter 35026B
CM4030AE Quad gate 35027X
CM4032AE Triple serial adder 35109G
CM4033AE Decade counter/7-segment driver stage bidirectional reg. input 35028R
CW4034AD 35043X
CM403SAE stage in/out shift register 350296
CM4036AD word 8-bit R.A.M. 35040F
CM4037AE Triple AND/OR phase pairs 35030X
CM4038AE Negative logic adder 35031H
CM4039AD word 8-bit R.A.M. 35089E
CM4040AE stage binary counter 35032F
CM4041AE Quad true/complement buffer 35033D
CM4042AE Quad clocked latch 35034B
CM4043AE Quad latch, state outputs 35035X
CM4044AE Quad NAND latch, stage outputs 35036R
CM404SAE stage ripple carry binary counter 35090H
CM4047AE Mono'Stable/Astable multivibrator 35037G
CU4048AE Multi functional expandable 8-input gate 35091F
CM4049AE Inverting buffer 35038E
CM40S0AE Non-inverting buffer 35039C
Single channel multiplexer 35M2D
Differential channel multiplexer 35093B
Triple channel multiplexer 35094X
Quad bilateral 35095R
CM4102AE digit counter/decoder 35041D
CM4104AE Quad Lo-To-Hi voltage level translator 35096C
CM4108AE channel multiplexer 35097E
segment current driver 35098C
'NOTE: These items availability with sales desk.
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Connection Diagrams
4000A
Quad 2-input gate
4009A
buffer (inverting)
,y.i
4002A
Dual 4-input gate
UFUTUTUTLrrU^L
4010AE
buffer (non-inverting)
4004AE
4011AE
Quad 2-input NAND gate
grigr iPi.rgi.
ZJmQQQDlZr
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