TDK Component Library for ANSYS Designer & ANSYS Nexxim

Transcription

1 TDK Component Library for ANSYS Designer & ANSYS Nexxim ver TDK Corporation Passive Application Center Jan. 19, 2016

2 Caution < Applicable condition > The data in this library is obtained under the condition of 25ºC, no DC bias, and small signal operation. Proper result might not be obtained if your condition is different from the above one. < Terms and conditions regarding TDK Simulation Models > (1) This simulation model is being provided solely for informational purposes. Please refer to the specifications of the products in terms of detailed characteristics of such products. (2) In no event shall TDK Corporation of any of its subsidiaries be liable for any loss or damage arising, directly or indirectly, from any information contained in this simulation model, including, but not limited to loss or damages arising from any inaccuracies, omissions or errors in connection with such information. (3) Any and all copyrights on this simulation model are owned by TDK Corporation. Duplication or redistribution of this simulation model without prior written permission from TDK Corporation is prohibited. (4) This simulation model is subject to any modification or change without any prior notice. (5) Neither TDK Corporation nor any of its subsidiaries shall make any warranty, express or implied, including but not limited to the correctness, implied warranties of merchantability and fitness for a particular purpose with respect to this simulation models. (6) The use of this simulation model shall be deemed to have consented to the terms and conditions hereof. * ANSYS Designer, Ansoft Designer, and ANSYS Nexxim are registered trademarks of ANSYS, Inc. Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 1 -

3 About this library < Feature of this library > The actual property of components can be taken into your circuit simulation because equivalent circuit model that considers inner structure of a part and material property is used. Artwork data (recommended pcb pattern) of parts are included Easy operation like standard ANSYS Designer s components. < Supported versions > This library can be used with ANSYS Designer & ANSYS Nexxim, and Ansoft Designer Student Version. However, this library might not be used depending on a simulation environment. Please acknowledge it beforehand. < Contents in this document > This document is described assuming the following environment. OS: Windows XP Ansoft Designer, Nexxim: version 4.1 On different OS, or versions of ANSYS Designer and ANSYS Nexxim, screen display and/or operation procedure may not correspond to the contents of this document. Please acknowledge it beforehand. Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 2 -

4 Update Information < Summary of updates in version > Product list has been updated. < Products contained in version > Multilayer Ceramic Chip Capacitors 3-Terminal Feedthrough MLCCs Inductors Chip Beads 3-Terminal Filters Common Mode Filters Varistors Pulse Transformers Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 3 -

5 How to install the library(r16 and newer) < Library install folder > Install folder of this library is userlib folder in the install folder of ANSYS Designer. (e.g. C: Program Files AnsysEM AnsysEM16.0 Win64 ElectronicsDesktop userlib.) < Uninstall the previous version > If previous versions of the library is installed, uninstall it from the library install folder. < Install the library > 1) Expand the zip file. 2) Move the expanded TDK folder into the library install folder. (Execution of Configure Libraries, that was needed for R15 or older, is no longer needed for R16.) 1) Expand the zip file. 2) Move into userlib folder. Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 4 -

6 How to install the library(r15 and earlier) (1) < Library install folder > Install folder of this library is userlib folder in the install folder of ANSYS Designer. (normally, it is C: Program Files Ansoft Designer4 userlib.) < Uninstall the previous version > If previous versions of the library is installed, uninstall it from the library install folder. < Install the library > 1) Expand the zip file. 2) Move the expanded TDK folder into the library install folder. 1) Expand the zip file. 2) Move into userlib folder. Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 5 -

7 How to install the library(r15 and earlier) (2) < Register the library > 1) Start ANSYS Designer and open a project. 2) Select Insert Nexxim Circuit Design on the Project menu and open a schematic window. 3) Select Configure Libraries... on the Tools menu then the Configure Design Libraries window opens. 4) Toggle the User Libraries button. 5) Select Components in the listbox. 6) Select TDK in the Available Libraries and click >> button to register the library. 7) Repeat step 5 and 6 for Symbol and Footprints as well. 8) Put a check mark on Save as default. 9) Click the OK button. 9) Click OK. 5) Select Components 7) Repeat Symbol and FootPrints 1) Open a project. 2) Select Insert Nexxim Circuit Design. 3) Select Configure Libraries... 4) Toggle User Libraries. 8) Check Save as default. 7) Register TDK Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 6 -

8 How to use the library < Putting a component and selecting a part > 1) After installing the library, TDK folder will be added in the Components tab of the Project Manager. 2) Drag and drop a component and put a symbol onto the schematic window. 3) Double-click the symbol of the component and open the properties window. 4) Click Choose Model button in the properties window and open the Model List window. 5) Select a product in the Model List window. 3) Open the setting window. 1) TDK folder 4) Click Choose Model button. 2) Put a component. 5)Select a product. 6) Click OK. Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 7 -

9 Comparison of model and measurement < Comparison between equivalent circuit models and measured data > Comparison between the equivalent circuit models and measured data are shown in the following. Since the equivalent circuit models well match to measured results as shown in the following pages, simulation result that matches to actual property can be obtained. Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 8 -

10 Comparison of model and measurement (1) Capacitor "C0603CH1H101J030BA" Capacitor C1005X5R1A105K050BB Copyright 2016 TDK Corporation. All rights reserved. PAC K.E - 9 -

11 Comparison of model and measurement (2) 3-Terminal Feedthrough MLCC CKD710JB0G105S030EA Copyright 2016 TDK Corporation. All rights reserved. PAC K.E

12 Comparison of model and measurement (3) Inductor "MLG1005S27NJT000" Inductance [nh] L L_modeled L_measured 0 1M 10M 100M 1G 10G Frequency [Hz] Q Q_modeled Q_measured Q 0 1M 10M 100M 1G 10G Frequency [Hz] Copyright 2016 TDK Corporation. All rights reserved. PAC K.E

13 Comparison of model and measurement (4) Chip Bead "MMZ0603D800CT000" Copyright 2016 TDK Corporation. All rights reserved. PAC K.E

14 Comparison of model and measurement (5) 3-Terminal Filter ACH32C-101 Copyright 2016 TDK Corporation. All rights reserved. PAC K.E

15 Comparison of model and measurement (6) Common-Mode Filter TCM0605G-900-2P" Copyright 2016 TDK Corporation. All rights reserved. PAC K.E

16 Comparison of model and measurement (7) Pulse Transformer ALT3232M-151-T001 Copyright 2016 TDK Corporation. All rights reserved. PAC K.E

17 Comparison of model and measurement (8) Varistor AVR-M2012C390KT6AB Z, R Impedance [ohm] Z _modeled Z _measured 1 R_modeled R_measured k 1M 10M 100M 1G 10G Frequency [Hz] Copyright 2016 TDK Corporation. All rights reserved. PAC K.E

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