| |
|
|
|
|
|
|
| Article Subject | Subtopic | Issue | Issue | Issue | |||||
| A | |||||||||
| AC Analysis | |||||||||
| Improved Advance Analysis | NL80 | ||||||||
| correcting bias problems | NL54 | ||||||||
| resolving oscillator performance | NL16 | ||||||||
| Accounting Output | New Accounting Output | NL74 | |||||||
| ACME Magnetics USA and Intusoft Collaborate | NL81 | ||||||||
| A/D and D/A Modeling | |||||||||
| creating a generic model | NL53 | ||||||||
| A/D Converters |
|||||||||
| Switched Capacitor | NL05, pg. 5-9 | ||||||||
| Advanced Cruise Control | design of | NL54 | |||||||
| AHDL | NL 32, pg.7 | NL38, pg. 1-8 | |||||||
| Amplifiers |
|||||||||
|
Cacode Amplifier |
|||||||||
| RF Amplifiers, Class C | NL25, pg. 7-11 | ||||||||
| Triode | NL 34, pg. 10-11 | ||||||||
| Analog Behavior Modeling | NL19 | NL20 | |||||||
| Analog Hardware Description Language (AHDL), developing | NL40 | ||||||||
| Analog & Mixed-Signal Testing, improving | NL51 | ||||||||
| Analog Multiplier | NL78 | ||||||||
| Analog Switch, creating | NL25 | NL26 | |||||||
| Analog to Digital
Converter |
NL5, pg. 9 | NL6 | NL7 | NL 53-5 | |||||
| Antenna Pattern | NL 26, pg. 4 | ||||||||
| Application Notes |
|
||||||||
| elliptic filter | NL02 | ||||||||
| IntuScope | NL03 | ||||||||
| network models | NL04 | ||||||||
| op-amp models | NL01 | ||||||||
| Array processing | NL41, pg. 7 | NL44, pg. 1 | |||||||
| ASIC | |||||||||
| analog design toolkit offered | NL19 | ||||||||
| development system for the PC | NL12 | ||||||||
| AUTOEXEC.NT
Installation Problem |
NL76 | ||||||||
| Average Models for Switching Converter Design | NL29 | ||||||||
| B | |||||||||
| Behavioral Models | NL19, pg. 4 | ||||||||
| Differentiator | NL 20, pg.4 | ||||||||
| Electric Motor | NL19, pg.6-7 | NL20, pg.7 | |||||||
| Friction | NL19, pg.8-9 | NL20, pg.7 | |||||||
| Gears | NL20, pg.7 | ||||||||
| Inertia | NL19, pg.9 | NL20, pg.7 | |||||||
| Laplace | NL39, pg.3 | ||||||||
| Behavioral Models Limitations | NL73 | ||||||||
| Making Models Behavioral Models | NL72 | ||||||||
| Multiplier | NL20, pg.4 | ||||||||
| Rotation to Angle (RTOA) Model | NL19, pg.7 | NL20, pg.7 | |||||||
| Rotational Systems | NL19, pg. 6 | NL20, pgs.7-9 | |||||||
| Servo | NL19, pg. 9 | NL20, pg.8, | NL38, pg.3 | ||||||
| Servo with Noise | NL20, pg.9 | ||||||||
| Slip | NL20, pg.7 | ||||||||
| Spring(Torsion) | NL19, pg.9 | NL20, pg.7 | |||||||
| Spring-Mass Damping | NL20, pg.5 | ||||||||
| Units for mechanical systems | NL19, pg.6 | ||||||||
| B element | NL28, pg. 5 | NL 29, pg. 13 | NL44, pg. 4-5 | NL53, pg. 9 | |||||
| Benchmarks | NL10, pg.9 | NL20, pg. 10 | NL33, pg. 5 | ||||||
| IBIS model | NL31 | ||||||||
| IsSpice | NL15, pg.11 | ||||||||
| Bidirectional units conversion | NL54, pg. 4 | ||||||||
| Bifilar windings | NL61, pg. 14-15 | ||||||||
| Binary Adder | NL 26, pg. 6 | ||||||||
| BJT models | NL34 | ||||||||
| BJT Opto coupler | NL38, pg.12 | ||||||||
| Black Body Radiation Plot | NL60, pg. 2,3 | ||||||||
| Boolean Expressions | NL 26, pg. 5-6 | ||||||||
| Booster amp, high voltage | NL58 | ||||||||
| BSIM3 model | NL46 | ||||||||
| Buck Regulator model | NL18 | ||||||||
| C | |||||||||
|
NL38, pg. 3 | NL40, pg. 1-6 | |||||||
| Capacitors | |||||||||
| adding to a power mosfet to a capacitor | NL27 | ||||||||
| Broadband model | NL44, pg. 11 | ||||||||
| Ceramic | NL65, pg. 4,5 | ||||||||
| DF | NL65, pg. 1 | ||||||||
| ESR | NL44, pg. 11 | ||||||||
| MIS (Metal Insulator Semiconductor) | NL 27, pg. 10-11 | ||||||||
| Mylar | NL65, pg. 2,3 | ||||||||
| A Nonlinear Capacitor Model For SPICE | NL76 | ||||||||
| Nonlinear | NL 27, pg. 10-13 | ||||||||
| Nonlinear (Spice2) Model | NL3, pg. 11 | ||||||||
| Parasitic | NL55, pg. 12 | ||||||||
| Sigmoid | NL 27, pg. 11-13 | ||||||||
| Soakage | NL65, pg. 1 | ||||||||
| Tantulum | NL45, pg. 11-13 | ||||||||
| X7R Ceramic | NL44, pg. 12-13 | ||||||||
| Case | NL05, pg. 10 | ||||||||
| CD-ROM for SPICE | NL48 | ||||||||
| Chaos | NL40 | ||||||||
| Chaotic Circuit | NL40, pgs 1,9,10 | ||||||||
| Circuit initialization | NL31 | NL35 | without UIC | ||||||
| CISPR16 | NL63, pg. 3 | ||||||||
| CMOS Amplifies | NL32, pg. 1 | ||||||||
| Code Model Software Development Kit (CMSDK) | NL40 | ||||||||
| Code Models | NL38, pg. 6 | NL40, pg. 12 | |||||||
| Comparator, Latching | NL 26, pg. 13 | ||||||||
| Compose | NL63, pg. 2 | ||||||||
| CompuServe | |||||||||
| BBS now available | NL31 | ||||||||
| Configurable Schematics: A New Paradigm | |||||||||
| free IsSpice updates on | NL30 | ||||||||
| information service | NL33 | ||||||||
| Intusoft Information Service | NL34 | ||||||||
| Intusoft Technical Support Expands to | NL27 | ||||||||
| new section for Intusoft | NL38 | ||||||||
| Technical Support available on | NL29 | ||||||||
| Connect Current Test Point To Subckt Pins | NL70 | ||||||||
| Constructing Sample Data Systems | NL41 | ||||||||
| Continuous PID control systems | NL28 | ||||||||
| Continuous time SCN models, making | NL17 | ||||||||
| Control loops/emitter follower, designing | NL57 | ||||||||
| Control Loops | |||||||||
| Behavioral Servo | NL 19, pg. 10 | NL20, pg. 8 | ,NL38, pg. 3 | ||||||
| Bode Plot | NL56, pg. 10 | NL57, pg. 3-4 | NL63,
pg. 4 |
||||||
| Current-velocity position controller | NL51, pg. 7 | NL56, pg. 11-14 | |||||||
| Emitter follower | NL1, pg. 1, | NL57, pg. 1- 5 | |||||||
| High Voltage Booster Amp | NL58, pg. 11-12 | ||||||||
| Intrinsic feedback | NL57, pg. 1 | ||||||||
| Rotational Systems | NL19, pg. 6 | NL20, pg. 7- 9 | |||||||
| Switch Mode Power Supply | NL57, pg. 6-10 | ||||||||
| System | NL5, pg. 4 | ||||||||
| System with Noise | NL20, pg. 9 | ||||||||
| Units for mechanical systems | NL19, pg. 6 | ||||||||
| Control Systems | |||||||||
| PID Controller | NL28, pg. 6,7 | ||||||||
| Convergence problems,eliminating | NL49 | ||||||||
| Convergence Methods | NL72 | ||||||||
| A New and Unique DC Convergence Option | NL74 | ||||||||
| Convergence Solutions | |||||||||
| Cross-probing | NL33 | ||||||||
| DC path to ground (Spice3) | NL3, pg. 10 | ||||||||
| Diodes | NL3, pg. 10 | ||||||||
| Initialization | NL28, pg. 9; | NL 35, pg. 5,6 | NL53, pg. 10,11 | ||||||
| Limit cycles | NL2, pg. 7 | ||||||||
| Nodeset | NL2, pg. 6; | NL3, pg. 10 | |||||||
| Divide by Zero revisited | NL76 | ||||||||
| Numerical overflow (Divide by zero ) | NL2, pg. 6; | NL 27, pg. 12,13 | NL63, pg. 11,12 | ||||||
| Time step control | NL28, pg. 9; | NL59, pg. 11 | |||||||
| Time Step too small | NL2, pg. 7 | ||||||||
| UIC | NL2, pg. 7 | NL53, pg. 10,11 | |||||||
| Coupled Lossy Transmission Lines | NL30, pg. 3 | ||||||||
| Crossprobe Thumbnail Graphs | NL79 | ||||||||
| Cross Talk | NL02 | NL03 | NL04 | ||||||
| Crystal Controlled Oscillators | NL16 | ||||||||
| Crystals | NL 16, pg. 8 | ||||||||
| Current conveyors | NL41, pg. 11-12 | ||||||||
| Current limited
power supply for circuit testing |
NL53 | ||||||||
| Current Mirror | NL12, pg. 6-8 | ||||||||
| Current Mode Design Techniques | NL41 | ||||||||
| Current Transmitter, 2 wire | NL37, pg. 11 | ||||||||
| Customizing Toolbars | NL64 | ||||||||
| Custom Calculator Entires |
NL64 | ||||||||
| Cyrix Coprocessors | NL17 | ||||||||
| D | |||||||||
| D/A Modeling | NL53 | ||||||||
| DAC, new products | NL41 | ||||||||
| Darlington BJT netlists | NL64 | ||||||||
| DC Convergence | |||||||||
| A New and Unique DC Convergence Option | NL74 | ||||||||
| DC Sweep (Spice2 Obsolete) | NL22, pg. 9-10 | ||||||||
| Datasheets -- | Finding the One You Need Fast | NL62 | |||||||
| DG200 | NL25, pg. 4 | NL26, pg.9 | |||||||
| demo software | NL66, pg. 11 | ||||||||
| Design Autotransformer | NL70 | ||||||||
| Design Validator | new option | NL48 | |||||||
| new release | NL49 | ||||||||
| Desktop Publishing | NL08 | ||||||||
| Design Techniques, current mode | NL41 | ||||||||
| Designing the Decoder | NL75 | ||||||||
| Design Validator | NL48, pg. 1,8-9 | NL49, pg. 1, pg. 5 | |||||||
| Mapping | NL46, pg. 11 | ||||||||
| Quantities | NL46, pg. 12 | ||||||||
|
NL53 | ||||||||
| Diagonal wires | NL64, pg. 8 | ||||||||
| Digital Data Viewer | NL79 | ||||||||
| Digital Filters | NL09 | ||||||||
| Digital Phase comparator | NL 28, pg. 8-9 | ||||||||
| simulating | NL41 | ||||||||
| Spice2 compatible | NL03, pg. 3-7 | ||||||||
| Threshold Logic | NL04, pgs. 3-7 | ||||||||
| Digital potentiometer | NL48, pg. 12-14 | ||||||||
| X931x Digital potentiometer | NL48, pg. 12,13,14 | ||||||||
| Digital to Analog Converter | NL6 | NL7 | NL 53-5 | ||||||
| Diode Models | |||||||||
| Forward Recovery | NL32, pg. 6 | ||||||||
| Photodiodes | NL 34, pg. 5 | ||||||||
| PIN | NL 31, pg. 11 | ||||||||
| Rectifier | NL43, pg. 12 | ||||||||
| Reverse Recovery | NL32, pg. 3-5 | ||||||||
| Schottky | NL 32, pg. 2-4 | ||||||||
| Soft Recovery/Schotkey | NL 32, pg. 2-8 | ||||||||
| Varacter | NL16, pg. 8-10 | ||||||||
| Divider, (SPICE2 Obsolete) | NL9, pg. 8 | ||||||||
| Does Your Simulator Stack Up? | NL32 | ||||||||
| Download ICAP/4Rx |
NL56 | ||||||||
| Driver, Bus | NL30, pg. 4, 12 | ||||||||
| DSP Designer Release | NL82 | ||||||||
| Dual Gate Mosfets | NL22, pg. 6-8 | ||||||||
| Dynamic Thermal Models for Junction Transistors | NL10 | ||||||||
| E | |||||||||
| Eastern Block Countries Open Up | NL20 | ||||||||
| ECN on simulating connectors | NL30 | ||||||||
| EDA Tools on the Mac | NL44 | ||||||||
| EDIF for Mentor | NL70 | ||||||||
| EDN reviews SPICE simulations | NL25 | ||||||||
| EKV Low Power MOSFET Model | NL64 | ||||||||
| Electromagnetic Field Solvers | NL37, pg. 8 | ||||||||
| Electromagnetic Interference (EMI) | NL63, pg. 3 | ||||||||
| Eliminating convergence problems | NL49 | ||||||||
| Elliptic Filter application note | NL02 | ||||||||
| Emitter follower, designing | NL57 | ||||||||
| Encoder Model | NL75 | ||||||||
| EPFL | NL63, pg. 12 | ||||||||
| Europe gets Intusoft's Mirror Site | NL48 | ||||||||
| EVA (Extreme value analysis) | NL54, pg. 1-2 | ||||||||
| Excel | NL60, pg. 14-16 | ||||||||
| Exclusive OR, Where Analog Meets Digital | NL75 | ||||||||
| *exempt | NL66, pg. 11 | ||||||||
| Eye Diagram | NL65 | ||||||||