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Multisim Component Reference Guide 6-68 ni.com
6.4.12074xx393 (Dual 4-bit Binary Counter)
This device features an independent active-high clear and clock input for each counter. The
74393 is ideal for circuits that require two independent counters.
The 74393 counts from 0 to 15 in binary on every positive transition (low to high) of the clock
pulse.
Count sequence truth table:
COUNT
OUTPUT
QD QC QB QA
0 0000
1 0001
2 0010
3 0011
4 0100
5 0101
6 0110
7 0111
8 1000
9 1001
10 1010
11 1011
12 1100
13 1101
14 1110
15 1111
ComponentRef.book Page 68 Thursday, December 7, 2006 10:12 AM
- Multisim™ 1
- Worldwide Offices 2
- Important Information 3
- Documentation Conventions 4
- Component Reference Guide 4
- Online Help 4
- Table of Contents 5
- 2. Basic Components 7
- 3. Diodes 9
- 4. Transistors 10
- 5. Analog Components 11
- 8. Advanced Peripherals 19
- 9. Misc. Digital Components 19
- 10. Mixed Components 20
- 11. Indicators 21
- 12. Power 21
- 13. Misc. Components 22
- 14. RF Components 23
- Appendix A 24
- Chapter 1 25
- Source Components 25
- 1.2 Digital Ground 26
- 1.4 Digital Power Supplies 27
- 1.5 DC Current Source 28
- 1.6 AC Voltage Source 28
- 1.7 AC Current Source 29
- 1.8 Clock Source 29
- 1.10 FM Source 30
- 1.11 FSK Source 31
- Val u e tab 38
- 1.20 Piecewise Linear Source 39
- 1.21 Pulse Source 42
- 1.22 Polynomial Source 43
- 1.23 Exponential Source 44
- 1.25 Controlled One-Shot 45
- 1.26 Magnetic Flux Source 46
- 1.27 Magnetic Flux Generator 46
- 1.28 Multiplier 47
- VKXVXYVY off 48
- 1.29 Divider 49
- Characteristic Equation 50
- 1.30 Transfer Function Block 51
- 1.31 Voltage Gain Block 53
- 1.32 Voltage Differentiator 55
- 1.32.1 Investigations 56
- 1.33 Voltage Integrator 57
- voltage 0 V 58
- 1.35 Voltage Limiter 61
- 1.36 Current Limiter Block 62
- Current Limiter Block 63
- Voltage-Controlled Limiter 65
- 1.38 Voltage Slew Rate Block 67
- OUT OUT A A Aoff B B Boff 69
- CC Coff off 69
- 1.40 Three Phase Delta 70
- 1.41 Three Phase Wye 70
- 1.42 Thermal Noise Source 71
- 1.43 TDM Source 71
- 1.44 LVM Source 72
- 1.45 ABM Sources 73
- 1.46 Bipolar Sources 75
- 1.47 GAIN_2_PIN 76
- Chapter 2 77
- 2.2.1 Rated 555 Timer 78
- 2.2.2 Rated BJTs 79
- 2.2.3 Rated Capacitors 80
- 2.2.4 Rated Diodes 80
- 2.2.5 Rated Fuses 81
- 2.2.6 Rated Inductors 82
- 2.2.7 Rated LEDs 82
- 2.2.8 Rated DC Motor 83
- 2.2.9 Rated Relay 84
- 2.2.10 Rated Opamp 85
- 2.2.11 Rated Photodiode 86
- 2.2.12 Rated Phototransistor 86
- 2.2.13 Rated Potentiometer 87
- 2.2.14 Rated Pullup 88
- 2.2.15 Rated Resistor 88
- 2.2.16 Rated Transformers 89
- 2.3 Sockets 92
- 2.4 Switch 92
- 2.4.1 Switch Packs 93
- 2.5 SBREAK 94
- 2.6 Resistor 94
- 2.6.1 About Resistance 95
- 2.6.2 Characteristic Equation 95
- 2.7 Capacitor 96
- 2.7.1 Characteristic Equation 97
- 2.7.2 DC Model 97
- 2.7.3 Time-Domain Model 97
- 2.7.4 AC Frequency Model 98
- 2.8 Inductor 99
- 2.8.4 AC Frequency Model 100
- 2.9 Advanced Inductor 101
- Basic Components 102
- Advanced Inductor 103
- 2.10 Transformer 105
- 2.11 Nonlinear Transformer 106
- 2.11.1 Customizing 107
- 2.12 Relay 108
- 2.13 Variable Capacitor 109
- * Capacitance 110
- 2.14 Variable Inductor 111
- 2.15 Potentiometer 112
- 2.16 Pullup 113
- 2.17 Resistor Packs 114
- 2.21 Magnetic Core 115
- 2.22 Coreless Coil 116
- 2.23 Z Loads 117
- 2.23.2 A-jB Block 118
- 2.23.3 Z Load 1 118
- 2.23.4 Z Load 1 Delta 118
- 2.23.5 Z Load 1 Wye 119
- 2.23.6 Z Load 2 119
- 2.23.7 Z Load 2 Delta 119
- 2.23.8 Z Load 2 Wye 120
- 2.23.9 Z Load 3 120
- Chapter 3 121
- 3.1.2 DC Model 122
- 3.1.3 Time-Domain Model 123
- 3.1.4 AC Small-Signal Model 124
- 3.2 Pin Diode 125
- 3.3 Zener Diode 126
- 3.4.1 Background Information 128
- 3.5 Bar LED 129
- 3.6.1 Characteristic Equation 130
- 3.6.2 Model 130
- Defaults 131
- 3.7 Schottky Diode 132
- 3.8.1 Model 133
- 3.8.2 Time-Domain Model 133
- 3.9 DIAC 134
- 3.9.1 DC Model 135
- 3.10 TRIAC 136
- 1e-06) 137
- 3.11 Varactor Diode 138
- Chapter 4 139
- Transistors 139
- = DC current gain 140
- 4.1.2 Time-Domain Model 141
- BJT (NPN & PNP) 145
- 4.3.1 DC Bias Model 147
- 4.3.2 AC Model 147
- 4.4 BJT Array 148
- 4.5 P-Channel MOSFET 149
- 4.6 N-Channel MOSFET 149
- 4.7 MOSFET 149
- VV VTE TO BS=+ −− > > 150
- VV VTE TO BD== −− 151
- 152
- 4.8 MOSFET Thermal Model 154
- 4.9 JFETs (Junction FETs) 155
- JFETs (Junction FETs) 157
- 4.10 Power MOSFET (N/P) 158
- Id = drain to source current 159
- 4.13 IGBT 160
- 4.14 Unijunction Transistors 161
- Chapter 5 163
- Analog Components 163
- A, across three stages. The 165
- 5.1.3.3 Real Models 170
- 5.3 Comparator 171
- 5.4 Wide Band Amplifier 172
- 5.5 Special Function 173
- Chapter 6 175
- 6.3 Low-Power Schottky TTL 176
- 6.4 74xx 176
- 6.4.3 74xx02 (Quad 2-In NOR) 177
- 6.4.5 74xx04 (Hex INVERTER) 178
- 6.4.9 74xx08 (Quad 2-In AND) 179
- 6.4.15 74xx11 (Tri 3-In AND) 182
- JK flip-flop truth table: 183
- 6.4.25 74xx133 (13-In NAND) 186
- NAND gate truth table 187
- 6.4.29 74xx138 (3-to-8 Dec) 188
- Truth table: 192
- Logic function: 197
- INVERTER gate truth table: 197
- BUFFER gate truth table: 203
- ) F= A PLUS(A+B) Plus 1 205
- Truth table for Cn+y 207
- Truth table for Cn+z output: 207
- Counter TC and RC 208
- truth table: 208
- Counter TC and RC truth 209
- Shift register truth table: 212
- QAn QAn QGn 213
- 6.4.87 74xx259 (8-bit Latch) 225
- 6.4.90 74xx27 (Tri 3-In NOR) 226
- NOR gate truth table: 228
- 6.4.99 74xx30 (8-In NAND) 231
- 6.4.10074xx32 (Quad 2-In OR) 231
- 4-bit shifter truth table: 233
- NAND gate truth table: 237
- Count sequence truth table: 242
- BCD-to-decimal truth table: 247
- (8-4-2-1) codes 266
- Chapter 7 269
- 7.2 4000 Series ICs 270
- 7.2.2 4001 (Quad 2-In NOR) 271
- 7.2.3 4002 (Dual 4-In NOR) 271
- 7.2.6 4010 (Hex BUFFER) 272
- 7.2.8 4011 (Quad 2-In NAND) 273
- 7.2.9 4012 (Dual 4-In NAND) 273
- 4000 Series ICs 275
- ), and six buffered 278
- 7.2.21 4019 (Quad 2-In MUX) 280
- 7.2.28 4023 (Tri 3-In NAND) 283
- 7.2.33 4025 (Tri 3-In NOR) 284
- 7.2.35 4028 (1-of-10 Dec) 285
- 7.2.37 4030 (Quad 2-In XOR) 287
- 7.2.45 4042 (Quad D-latch) 290
- 7.2.48 4049 (Hex INVERTER) 291
- 3 to O9 and O11 to O13 = 292
- 7.2.52 4068 (8-In NAND) 293
- 7.2.53 4069 (Hex INVERTER) 293
- 7.2.54 4070 (Quad 2-In XOR) 293
- 7.2.55 4071 (Quad 2-In OR) 294
- 7.2.56 4072 (Dual 4-In OR) 294
- 7.2.57 4073 (Tri 3-In AND) 295
- 7.2.58 4075 (Tri 3-In OR) 296
- 7.2.60 4077 (Quad 2-In XNOR) 297
- 7.2.61 4078 (8-In NOR) 297
- 7.2.62 4081 (Quad 2-In AND) 298
- 7.2.63 4082 (Dual 4-In AND) 298
- AND gate truth table: 299
- Inverter gate truth table: 300
- 7.2.68 4099 (8-bit Latch) 302
- Buffer gate truth table: 304
- 4-bit latch truth table: 304
- Multiplexer truth table: 306
- BCD counter truth table: 309
- 7.3 Tiny Logic 317
- 7.3.2 NC7S02 318
- 7.3.3 NC7S04 318
- 7.3.4 NC7S08 319
- 7.3.5 NC7S32 319
- 7.3.6 NC7S86 320
- 7.3.7 NC7ST00 320
- 7.3.8 NC7ST02 320
- 7.3.9 NC7ST04 321
- 7.3.10 NC7ST08 321
- 7.3.11 NC7ST32 322
- 7.3.12 NC7ST86 322
- 7.3.13 NC7SU04 322
- 7.3.14 NC7SZ00 323
- 7.3.15 NC7SZ02 323
- 7.3.16 NC7SZ04 324
- 7.3.17 NC7SZ05 324
- 7.3.18 NC7SZ08 324
- 7.3.19 NC7SZ125 325
- 7.3.20 NC7SZ126 325
- 7.3.21 NC7SZ32 325
- 7.3.22 NC7SZ38 326
- 7.3.23 NC7SZ86 326
- 7.3.24 NC7SZU04 327
- Chapter 8 329
- Advanced Peripherals 329
- 8.1.2 4x5 Numeric Keypad 330
- 8.1.3 DTMF Keypad 330
- 8.2 LCDs 331
- 8.2.2 Four Digit LCD Display 333
- 8.2.3 Graphic LCD Display 333
- Features 334
- Pin Descriptions 334
- Set Address Pointer 335
- 8.3 Virtual Terminal 336
- Chapter 9 339
- Misc. Digital Components 339
- 9.1.2 OR Gate 340
- 9.1.3 NOT Gate 341
- 9.1.4 NOR Gate 341
- 9.1.5 NAND Gate 342
- 9.1.6 XOR Gate (Exclusive OR) 342
- TIL Components 343
- 9.1.8 Tristate Buffer 344
- 9.1.9 Buffer 344
- 9.1.10 Schmitt Trigger 345
- 9.1.11 Digital Pulldown 346
- 9.1.12 Digital Pull-up 346
- 9.1.13 Digital State Machine 346
- 9.1.14 BCD_7SEG_DCD 347
- 9.2 VHDL 348
- 9.8 DSP Devices 350
- 9.9 FPGA Devices 350
- 9.10 Microcontrollers 351
- 9.12 Microprocessors 351
- Chapter 10 353
- Mixed Components 353
- VVfs ref ref=−+− V 353
- 10.2 Analog Switch 354
- 10.3 Timer 355
- 10.4 Mono Stable 356
- 10.5 Phase-Locked Loop 356
- Phase-Locked Loop 357
- 10.6 Multivibrators 358
- 10.6.2 SN74121N 359
- 10.7 Frequency Divider 360
- 11.1 Voltmeter 361
- 11.2 Ammeter 362
- 11.3 Digital Probe 362
- 11.4 Lamp 363
- 11.5.3 Alpha-Numeric Display 366
- 11.5.4 DCD Hex Display 366
- 11.6 Bargraphs 367
- Indicators 368
- 11.7 Buzzer/Sonalert Buzzer 369
- 12.1 SMPS Transient Virtual 371
- Value tab 372
- Edit Model 372
- 12.1.2 PWMVM 373
- 12.1.3 PUSH_VM 374
- SMPS Transient Virtual 375
- 12.1.4 PUSH_CM 376
- 12.1.5 HALF_VM 377
- 12.1.6 HALF_CM 379
- 12.1.7 FULL_CM 380
- 12.1.8 FULL_VM 382
- 12.1.9 2SWITCHCM 383
- 12.2 SMPS Average Virtual 385
- 12.2.2 BUCKCCM 386
- 12.2.3 BOOSTCCM 387
- 12.2.4 BOOSTCM 388
- 12.2.5 BOOSTDCM 389
- 12.2.6 BOOSTVM 390
- 12.2.7 FLYBACKCCM 391
- 12.2.8 BUCKDCM 392
- 12.2.9 BUCKVM 393
- 12.2.10FLYBACKCM 393
- 12.2.11FLYBACKDCM 394
- 12.2.12FLYBACKVM 395
- 12.2.13FWDCCM 396
- 12.2.14FORWARDCM 397
- 12.2.15FWDDCM 398
- 12.2.16FORWARDVM 399
- 12.2.17SEPICVM 400
- 12.2.18SEPICCM 401
- 12.2.19ERRAMP 402
- 12.2.20AMPSIMP 402
- 12.2.21608PWM 402
- 12.3 Voltage Reference 403
- 12.4 Voltage Regulator 403
- 12.5 Voltage Suppressor 404
- 12.6 Fuse 405
- 12.7 PWM Controllers 406
- 12.8 Miscellaneous Power 406
- 12.9 Power Supply Controller 406
- 13.1 Crystal 407
- 13.2 DC Motor 408
- DC Motor 409
- 13.3 Optocoupler 410
- 13.4 Vacuum Tube 411
- 13.5 Boost Converter 412
- Boost Converter 413
- 13.6 Buck Converter 414
- Buck Converter 415
- 13.7 Buck Boost Converter 416
- 13.8 Lossy Transmission Line 417
- 13.8.1 Model 418
- 13.9 Lossless Line Type 1 419
- 13.9.1 Model 420
- 13.10 Net 421
- 13.11 Filters 421
- 13.13 MOSFET Driver 422
- 13.14 Filters 422
- Chapter 14 423
- RF Components 423
- 14.2 RF Inductor 424
- 14.3 RF Bipolar Transistors 424
- 14.4 RF MOS_3TDN 425
- 14.5 Tunnel Diode 425
- 14.6 Strip Line 426
- 14.7 Ferrite Beads 426
- Chapter 15 427
- Electromechanical Components 427
- 15.3 Momentary Switches 428
- 15.4 Line Transformer 428
- 15.5 Coils, Relays 429
- 15.6 Timed Contacts 429
- 15.7 Protection Devices 430
- 15.8 Output Devices 430
- 15.9 Pilot Lights 430
- 15.10 Terminals 431
- Numerics 435
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