SPICE MODEL AN Search Results

Contextual Info: SPICE Device Model Si7613DN www.vishay.com Vishay Siliconix SPICE Device Model Si7613DN DESCRIPTION CHARACTERISTICS The attached SPICE model describes the typical electrical characteristics of the p-channel vertical DMOS. The subcircuit model is extracted and optimized over the - 55 °C

NMA0505

Abstract: SPICE 2G6 BV 50 converter spice model bv50 NCLD105
Contextual Info: Spice Models Spice models for DC-DC converters and Inductors are included in this CD-ROM in directory Spice. DC-DC Converter models are included for NMA, NME, NMH and NML. Typical DC-DC spice model for SPICE 3E2 Typical DC-DC spice model for SPICE 2G6 SPICE Inductor Modelling Software

Contextual Info: SPICE Device Model SQ3460EV www.vishay.com Vishay Siliconix SPICE Device Model SQ3460EV DESCRIPTION CHARACTERISTICS The attached SPICE model describes the typical electrical characteristics of the n-channel vertical DMOS. The subcircuit model is extracted and optimized over the - 55 °C

Spice Model for TMOS Power MOSFETs

Abstract: scr spice model n mosfet depletion pspice model parameters transistor SMD making code 3f MOTOROLA smd SCR 707n AN1043 1E12 ABM11 BUZ103S
Contextual Info: A Hierarchical Cross-Platform Physics Based MOSFET Model for SPICE and SABER By Jon Mark Hancock Siemens Microelectronics ABSTRACT A physics based MOSFET subcircuit model has been developed and implemented for SABER and several SPICE platforms, including PSPICE, IS-SPICE, and S-SPICE. The model is hierarchical in

B07T

Contextual Info: Document 315 SPICE Model – “Spring” Inductors This data allows you to create a model that adequately simulates the behavior of Coilcraft “Spring” inductors from 1 MHz to 1.8 GHz. SPICE Equivalent of Circuit An equivalent SPICE model of a practical inductor is

DS5022P-103

Abstract: spice model DS5022P-104 DS5022P-153 DS5022P-154 DS5022P-223 DS5022P-224 DS5022P-333 DS5022P-334 DS5022P-473
Contextual Info: Document 316 SPICE Model – DS5022 This data allows you to create a model that adequately simulates the behavior of Coilcraft power inductors from DC to 100 kHz. SPICE Equivalent of Circuit An equivalent SPICE model of our power inductors is illustrated in schematic form below.

spice model

Abstract: DS3316P-473 DS3316P-102 DS3316P-103 DS3316P-152 DS3316P-153 DS3316P-222 DS3316P-223 DS3316P-332 DS3316P-333
Contextual Info: Document 316 SPICE Model – DS3316 This data allows you to create a model that adequately simulates the behavior of Coilcraft power inductors from DC to 100 kHz. SPICE Equivalent of Circuit An equivalent SPICE model of our power inductors is illustrated in schematic form below.

spice model

Abstract: DO5022P-332HC DO5022P-153HC DO5022P-222HC DO5022P-602HC do5022p DO5022P-152HC transistor k 316 DO5022HC DO5022P-103HC
Contextual Info: Document 316 SPICE Model – DO5022HC This data allows you to create a model that adequately simulates the behavior of Coilcraft power inductors from DC to 100 kHz. SPICE Equivalent of Circuit An equivalent SPICE model of our power inductors is illustrated in schematic form below.

GB02SHT01-46 SPICE

Contextual Info: GB02SHT01-46 SPICE Model Parameters Copy this code from the SPICE model into a SPICE software program for simulation of the GB02SHT01-46. * MODEL OF GeneSiC Semiconductor Inc. * * $Revision: 1.0 $ * $Date: 29-AUG-2014 $ * * GeneSiC Semiconductor Inc. *

GB02SHT03-46 SPICE

Contextual Info: GB02SHT03-46 SPICE Model Parameters Copy this code from the SPICE model into a SPICE software program for simulation of the GB02SHT03-46. * MODEL OF GeneSiC Semiconductor Inc. * * $Revision: 1.0 $ * $Date: 29-AUG-2014 $ * * GeneSiC Semiconductor Inc. *

GB02SHT06-46 SPICE

Contextual Info: GB02SHT06-46 SPICE Model Parameters Copy this code from the SPICE model into a SPICE software program for simulation of the GB02SHT06-46. * MODEL OF GeneSiC Semiconductor Inc. * * $Revision: 1.0 $ * $Date: 29-AUG-2014 $ * * GeneSiC Semiconductor Inc. *

Contextual Info: SPICE Device Model Si8499DB www.vishay.com Vishay Siliconix DESCRIPTION CHARACTERISTICS The attached SPICE model describes the typical electrical characteristics of the p-channel vertical DMOS. The subcircuit model is extracted and optimized over the - 55 °C

SPICE

Abstract: models xx376RAA101
Contextual Info: SPICE MODELS SPICE Model – xx376RAA This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models 470/74hc123 Spice
Contextual Info: SPICE MODELS SPICE Model – xx312RAG This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx336RAA This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx413RAF This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx413RAE This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx413RAA This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models 103-39 CoilCraft 104
Contextual Info: SPICE MODELS SPICE Model – xx413RAK This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx413RAD This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx336RAD This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

Contextual Info: SPICE MODELS SPICE Model – xx235RAG This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx312RAA This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is

SPICE

Abstract: models
Contextual Info: SPICE MODELS SPICE Model – xx235RAL This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft RF surface mount inductors from 1 MHz to the upper frequency limit shown in the accompanying table. The equivalent lumped element model schematic is