MODEL 3800 Search Results

LTF5022T

Abstract: LTF5022 LTF5022T-101MR45-LC LTF5022T-1R2N4R2-LC LTF5022T-1R5N3R6-LC LTF5022T-4R7N2R0-LC LTF5022T-101MR45 LTF5022T-100M1R4-LC LTF5022T-2R2N3R2 LTF5022T-4R7N2R0
Contextual Info: TDK Equivalent Circuit Model Library Dec. 16, 2009 Model Type: Simple Model Inductors / LTF5022 Series Circuit Diagram Circuit Parameters Part No. L1[uH] R1[ohm] C1[pF] R2[ohm] LTF5022T-1R2N4R2-LC 1.2 2900 0.493 0.0230 LTF5022T-1R5N3R6-LC 1.5 3800 0.976 0.0280

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-EDR6572 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-ED9404/1 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-ED10804/2 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-ED8976/3 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Low Pass Filter RLPF-EDU0983 Surface Mount Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-ED9929/1 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Voltage Controlled Oscillator ROS-ED10114/1 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Frequency Mixer MBA-EE7756/3 Level 4 LO Power +4 dBm Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Level 19 LO Power +19 dBm Frequency Mixer HJK-ED9133/1 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

Contextual Info: Engineering Development Model Level 17 LO Power +17 dBm Frequency Mixer HJK-ED11928/1 Important Note This model has been designed, built and tested in our engineering department. Performance data represents model capability. At present it is a non-catalog model. On request, we can supply a

22ZM14D

Abstract: 27ZM20D 47ZM14D 27ZM14D hokuriku 101103 IP Semiconductors A/27ZM20D
Contextual Info: Low Voltage, High Energy Type Model No. ZM Low Voltage High Energy Type Model No. ZM radial type Model No. ZM MNR varistor made it available to have lower varistor voltage. Conventionally lowest varistor voltage was 18V, Model No. ZM realized it as low as 8V, by means of researching of material composition

QD30

Abstract: RD20 RD30 SD20 SD30 NDK oscillators
Contextual Info: SIMPLE PACKAGED CRYSTAL OSCILLATORS 3800 SERIES • Model 3824A ■ Main applications: Communications equipment. ■ Features 8 Sine wave output. 8 Wide frequency range covering high frequency. 8 Low power consumption 3829A ■ Specification Model 3824A Spec. Code

214E-01

Abstract: 0603LS
Contextual Info: Document 298 SPICE Model – 0603LS This lumped-element SPICE model data simulates the frequency-dependent behavior of Coilcraft ferrite surface mount inductors within the frequency range shown in the accompanying table. The equivalent lumped element model schematic is

Contextual Info: SPICE Device Model SiR862DP Vishay Siliconix N-Channel 25 V D-S MOSFET 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

Contextual Info: Document 158 SPICE Model – 0805HQ 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

1008HT-7N2

Abstract: 1008HT
Contextual Info: Document 158 SPICE Model – 1008HT 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 – xx336RAF 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

Contextual Info: SPICE Device Model SiR862DP www.vishay.com Vishay Siliconix N-Channel 25 V D-S MOSFET 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

Abstract: models coilcraft spice 270 ohm resistor
Contextual Info: Document 158 SPICE Model – 0805HQ 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 0805HT 432E-04
Contextual Info: Document 158 SPICE Model – 0805HT 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: Document 158 SPICE Model – 0805HT 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 Device Model SiZ918DT www.vishay.com Vishay Siliconix Dual N-Channel 30 V D-S MOSFETs 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