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SPICE Designs, Page 2
Last Updated on:
Friday, August 29, 2008 02:34 PM |
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Spice: #'s - C D - R
S - Z |
| Links to electronic
circuits, schematics, or diagrams for engineers, hobbyists, students & inventors:
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Delay line aids in one shot simulations: 02/05/2004 EDN-Design Ideas
In low-noise analog circuits, a high-gain amplifier serves at the input to increase the SNR. The input signal level determines the input-stage
gain; low-level signals require the highest gain. It is also standard practice in low-noise analog-signal processing to make the circuit's
bandwidth as narrow as possible to pass only the useful input-signal spectrum. (added 10/05) |
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Delay line eases SPICE dead-time generation: 03/02/00
EDN-Design Ideas / (added 2/06) |
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Design for test: 02/05/2004 EDN-Design Ideas In low-noise analog
circuits, a high-gain amplifier serves at the input to increase the SNR. The input signal level determines the input-stage gain; low-level signals
require the highest gain. It is also standard practice in low-noise analog-signal processing to make the circuit's bandwidth as narrow as possible
to pass only the useful input-signal spectrum. (added 10/05) |
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Development of an Extensive SPICE Macromodel for 'Current-Feedback' Amplifiers:
National Semiconductor Application Note (app note added 2/06) |
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Digital Filter Makes Simple SPICE Eliminator: 04/10/97
EDN-Design Ideas / (added 6/06) |
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How to Quickly Obtain Spice Data: MicoNote 10 from Microsemi (app note
added 6/06) |
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Inline equations offer hysteresis Switch in PSPICE: 08/16/01
EDN Design Ideas / (added 11/05) Smooth-transition switches are convenient devices in many Spice-based simulators. Their action can
greatly ease the convergence process. Unfortunately, these devices lack inherent hysteresis, a helpful feature used to build UVLO
(undervoltage-lockout) systems, oscillators, and other systems. Intusoft's (www. |
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Kick start a crystal oscillator in SPICE: 02/05/2004 EDN-Design Ideas
In low-noise analog circuits, a high-gain amplifier serves at the input to increase the SNR. The input signal level determines the input-stage
gain; low-level signals require the highest gain. It is also standard practice in low-noise analog-signal processing to make the circuit's
bandwidth as narrow as possible to pass only the useful input-signal spectrum. (added 6/06) |
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Linearizing an RTD is easy with SPICE : 08/03/98 EDN-Design Ideas / (added 11/05) |
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Model a nonideal transformer in SPICE: 06/05/00 EDN Design Ideas /
(added 10/05 |
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Modification improves VCA's SPICE simulation: 02/05/2004 EDN-Design
Ideas In low-noise analog circuits, a high-gain amplifier serves at the input to increase the SNR. The input signal level determines the
input-stage gain; low-level signals require the highest gain. It is also standard practice in low-noise analog-signal processing to make the
circuit's bandwidth as narrow as possible to pass only the useful input-signal spectrum. (added 10/05) |
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Oa-18: Oa-18 Simulation SPICE Models for Comlinear's Op Amps: National
Semiconductor Application Note (app note added 6/06) |
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OP400
SPICE Macro-Model: AN-120 Analog Devices Application Notes (app note added 6/06) |
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OP-42
Advanced SPICE Macro-Model: AN-117 Analog Devices Application Notes (app note added 6/06) |
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OP470
SPICE Macro-Model: AN-132 Analog Devices Application Notes (app note added 6/06) |
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PSPICE models nickel metal hydride cells: 02/02/95 EDN-Design
Ideas / (added 11/05) |
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PSPICE tunes oscillator circuits: 10/09/97 EDN-Design Ideas
/ (added 11/05) |
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Questions and
Answers on the SPICE Macromodel Library: AN41 Linear Technology This note provides answers to some of the more common questions
concerning LTC's Macromodel Library. Topics include hardware and software requirements, model characteristics, and limitations and interpretation
of results. |
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Routine implements SPICE 3 inductor mode: 09/01/95 EDN-Design
Ideas / (added 11/05) |
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Spice: #'s - C D - R
S - Z |
