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Source Components
Multisim Component Reference Guide 1-8 ni.com
When the keying input is 5V, a MARK frequency of 1200 Hz is output. When keying voltage
is 0V, a SPACE frequency of 2200 Hz is output.
This component is a square wave generator. You can adjust its voltage amplitude, duty cycle
and frequency.
1.12 Voltage-Controlled Voltage Source
The output voltage of this source depends on the voltage applied to its input terminal. The
ratio of the output voltage to the input voltage determines its voltage gain (E). Voltage gain
can have any value from mV/V to kV/V.
E
V
V
OUT
IN
=
ComponentRef.book Page 8 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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