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ars practică de fapt ansys spiral inductor Parametrii analogie dependent

Tunable MEMS Spiral Inductors With Optimized RF Performance and Integrated  Large-Displacement Electrothermal Actuators
Tunable MEMS Spiral Inductors With Optimized RF Performance and Integrated Large-Displacement Electrothermal Actuators

Figure 3 from Optimized Toroidal Inductors Versus Planar Spiral Inductors  in Multilayered Technologies | Semantic Scholar
Figure 3 from Optimized Toroidal Inductors Versus Planar Spiral Inductors in Multilayered Technologies | Semantic Scholar

Simulation of On-Chip Spiral Inductor Using Ansys Q3D — Lesson 3 - YouTube
Simulation of On-Chip Spiral Inductor Using Ansys Q3D — Lesson 3 - YouTube

How to Create Planar Spiral with Script in HFSS - YouTube
How to Create Planar Spiral with Script in HFSS - YouTube

Ansys Maxwell-How to calculate the mutual inductance [1/3] - YouTube
Ansys Maxwell-How to calculate the mutual inductance [1/3] - YouTube

ANSYS Electromagnetics Spiral Inductor Part 1 Geometry - YouTube
ANSYS Electromagnetics Spiral Inductor Part 1 Geometry - YouTube

On-chip intercalated-graphene inductors for next-generation radio frequency  electronics | Nature Electronics
On-chip intercalated-graphene inductors for next-generation radio frequency electronics | Nature Electronics

a The schematic diagram of the on-chip suspended spiral inductor (left)...  | Download Scientific Diagram
a The schematic diagram of the on-chip suspended spiral inductor (left)... | Download Scientific Diagram

How to Draw Rectangular Spiral Inductor in HFSS - YouTube
How to Draw Rectangular Spiral Inductor in HFSS - YouTube

Trough-silicon-via inductor: Is it real or just a fantasy?
Trough-silicon-via inductor: Is it real or just a fantasy?

A comprehensive explanation on the high quality characteristics of  symmetrical octagonal spiral inductor | Semantic Scholar
A comprehensive explanation on the high quality characteristics of symmetrical octagonal spiral inductor | Semantic Scholar

Using the Variable Geometry in a Planar Inductor for an Optimised  Performance
Using the Variable Geometry in a Planar Inductor for an Optimised Performance

Fabrication, simulation, and characterization of planar inductors -  ScienceDirect
Fabrication, simulation, and characterization of planar inductors - ScienceDirect

WEVJ | Free Full-Text | Analysis of Coil Parameters and Comparison of  Circular, Rectangular, and Hexagonal Coils Used in WPT System for Electric  Vehicle Charging | HTML
WEVJ | Free Full-Text | Analysis of Coil Parameters and Comparison of Circular, Rectangular, and Hexagonal Coils Used in WPT System for Electric Vehicle Charging | HTML

Electronics | Free Full-Text | Using the Variable Geometry in a Planar  Inductor for an Optimised Performance | HTML
Electronics | Free Full-Text | Using the Variable Geometry in a Planar Inductor for an Optimised Performance | HTML

Variation Range of Different Inductor Topologies with Shields for RF and  Inductive Sensing Applications
Variation Range of Different Inductor Topologies with Shields for RF and Inductive Sensing Applications

Coil32 - How to calculate inductance?
Coil32 - How to calculate inductance?

Fabrication, simulation, and characterization of planar inductors -  ScienceDirect
Fabrication, simulation, and characterization of planar inductors - ScienceDirect

Electronics | Free Full-Text | Using the Variable Geometry in a Planar  Inductor for an Optimised Performance | HTML
Electronics | Free Full-Text | Using the Variable Geometry in a Planar Inductor for an Optimised Performance | HTML

EM-based Design Software for Spiral Inductors and Transformers | Microwave  Journal
EM-based Design Software for Spiral Inductors and Transformers | Microwave Journal

A 3.5 Turn spiral inductor simulated in Ansoft HFSS | Download Scientific  Diagram
A 3.5 Turn spiral inductor simulated in Ansoft HFSS | Download Scientific Diagram

Electromagnetic and Circuit RLCK Extraction and Simulation... - SemiWiki
Electromagnetic and Circuit RLCK Extraction and Simulation... - SemiWiki

1.5 nH to 300 nH Spiral Inductor Coils for Microwave Applications
1.5 nH to 300 nH Spiral Inductor Coils for Microwave Applications

Ansys VeloceRF | Inductor and Transformer Design Tools
Ansys VeloceRF | Inductor and Transformer Design Tools

Mutual inductance calculation between two coaxial planar spiral coils with  an arbitrary number of sides - ScienceDirect
Mutual inductance calculation between two coaxial planar spiral coils with an arbitrary number of sides - ScienceDirect