AG RF Engineering & Consulting
AG RF Engineering                                 & Consulting

Design parts

EM/Spice Models Extraction

  • S-Parameters from EM Simulation (also as parameterized models: MDIF, GMDIF).
  • EM based HF and DC Spice extraction providing broadband high industry leading (-50dB) accuracy for Microwave frequencies (DC-60GHz).

Suported technologies: PCB, LTCC, Laminate. Leadframe, Semiconductors)

Models types:

  • Spice netlists
  • Equivalent schematic graph
  • S-Parameters
  • TL (transmission line) Models
  • EM Models

End applications:

  • Overtaking of parasitic effects in circuit design systems
  • Electric Analysis and Signal Integrity Analysis
    • Circuit Analysis
    • Eye diagrams
  • Understanding of parasitic effects​
CAD Model Example

3D Parts

3D or 2.5D Model according to your drawing or specification. It can be provided almost any 3D format like Step, SAT, IGES, 3D DXF, DWG, Parasolid, etc. Further milling or 3D Printing.

3D Models            2.5D Models

SOT23 Footprint SOT23 Footprint in MWO

IPC-7351B PCB Footprints Service

 

Professional footprints of any complexity according to the IPC-7351B Standard

  • Tools: Altium, Cadence, Mentor, MWO, ADS, Eagle
  • Genral formats: DXF, GDSII, Step, SAT,...
  • Technologies: PCB, Laminate, LTCC, HTCC
  • Sizes: Least, Most, Norm, Custom
  • All required layers (Metal, Solder Mask, Solder Paste, Silk Screen, ...)

Footprint Services

EDA/CAD Elements

3D Prototype

3D CAD Models

 

We can create 3D Models of any complexity for using in any CAD tool. You can use them for presentation, verification of dimensions, simulation or production.

SOT23 Footprint

PCB Footprints

Schematic symbols and PCB footprints provide easy start for PCB design. Electrically correct and CAM ready footprints let easily route PCB and make electrical simulation of it.

See demo video with RF PCB created in 5 minutes to see use of them in practice.

Reference Layouts

We provide reference design in dedicated tools or in general formats, which can be integrated to any design with minimum effort and without significant RF knowledge. These models are perfect for digital or low-frequency analog designers who want to use RF compoents in their design.

End design tools:

  • Cadence, Mentor, Altium, Eagle, Zuken
  • AWR MWO
  • ADS

EM Based SPICE Models

We extract physically based equivalent schematics and Spice models, which can be used typical design systems, like Cadence and Mentor. Our Spice reflect physical structure and have precision up to tens of GHz, unlike the standard extractors (typically 4 GHz and no physical topology).

Target designs:

  • Packages: Leadframes, LTCC, Laminate
  • PCB layouts
  • Connectors, transitions, cables and other physical designs

Target applications:

  • RF Simulation
  • Signal and Power integrity analysis
  • Models creation
    • Spice
    • IBIS
    • Compiled DLL models

 

Component Libraries and PDKs

We provide component libraries for component vendors and internal design purpose.

Target Tools:

  • AWR MWO
  • Altium, Eagle
  • other

PDK (Process Development Kit) is advanced type of library including components and most required design set-ups

Typical PDKs content:

  • SMD or chip components
  • Process layers
  • Line types with stack-ups and drawing rules
  • DRC
  • Import/export mappings
  • Add-Ons

Software Tools

We implement Electronic Design Automation to design flow which reduce the manual effort and speed-up work process.

Typical Design Add-Ons:

  • Import/Export tools - reduce exchange efforts
  • Schematic and simulation tools - automate search, annotate, report and other tasks
  • Layout tools - for auto-placement, search and geometry manipulation
  • Auto-Documentation - puts results of intermediate or final design state to documentation

All these EDA tools simplify and speed-up design process to bring the product to market faster, what can be extremly important for todays competition situation on markets.

 

 

Contact us

Info@ag-rf-engineering.de

Lilenthalstr, 4B

Neubiberg b. München

85579, Germany

Tel: +49 (0) 176 498 682 97 (Viber)

Tel2: +38 (050) 970 42 73

Skype: Andrey.Gordiyenko

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