3d antennas on plastic
play

3D Antennas on Plastic Conformal Antennas by Laser Direct - PowerPoint PPT Presentation

3D Antennas on Plastic Conformal Antennas by Laser Direct Structuring More Function. Less Space. Host Josh Brown Marketing Development LPKF Laser & Electronics Presenter Jim Liddle Director, Business Development and Marketing


  1. 3D Antennas on Plastic Conformal Antennas by Laser Direct Structuring More Function. Less Space.

  2. Host Josh Brown Marketing Development LPKF Laser & Electronics Presenter Jim Liddle Director, Business Development and Marketing SelectConnect Technologies

  3. LDS Design Guidelines Design_Guidelines.pdf

  4. Questions

  5. LDS 3D - More into Less

  6. Antenna Challenges

  7. Shall we begin?

  8. Techology Evoltuion

  9. LDS Solutions

  10. LDS Process Metalized part Components attachment Injection molded part Laser marked part

  11. LDS Solutions

  12. 3D-MID Source: Kromberg & Schubert GmbH & Co. KG Source: KaVo Dental Source: Aktiv Sensor GmbH Source: VTI Oy

  13. 3D-MID Source: Kromberg & Schubert GmbH & Co. KG

  14. 3D-MID Source: Kromberg & Schubert GmbH & Co. KG

  15. 3D-MID Source: KaVo Dental

  16. 3D-MID Source: Aktiv Sensor GmbH Source: VTI Oy

  17. …Circa

  18. LDS Production Markets 77 75 2010 2009 26 2 3 8 Fusion Microline

  19. Market Opportunity

  20. True 3D Circuitry

  21. LDS Antenna Future Source: Pulse

  22. LDS Process for Conformal Antenna

  23. LDS 3-D Process

  24. LDS Grade Materials Dielectric Melt temp, F 4.0 660° LCP 498° PBT 3.0 PC/ABS COP 320° Amorphous Semi-crystalline

  25. CAD to Part

  26. LDS Technical Summary

  27. Laser Activation of a metallorganic complex laser radiation Metal Nitrogen Oxygen 33

  28. Laser-activated additive metal atom Metal Nitrogen Oxygen 34

  29. LDS Technical Summary

  30. Micro-etched, laser Bild mit strukturierter activated surface Oberfläche und unstrukturierter Oberfläche Cu Smooth, unactivated surface Chemical and mechanical “anchoring“ of Copper plating

  31. Rapid Product Development

  32. 3D-Antenna by LDS Source: Harting Mitronics

  33. Attach components Source: Harting Mitronics

  34. Prototyping & Development Source: ProtoLabs

  35. Prototyping & Development

  36. Connectivity

  37. SelectConnect Metalization Electroless Copper Electroless Nickel Immersion Gold [Electroless Gold] Copper 100 - 250 micro-inches (5 -6 µm) Nickel 50 - 100 micro-inches (2 - 3 µm) Gold Immersion, ~ 8 micro-inches (0.2 µm) Electrolytic gold option

  38. The Future Holds….

  39. The Future Holds…. Wider Frequency Ranges Multiple Antennas per Device (MIMO) More Bandwidth (LTE) High Frequencies (smaller antenna) Adaptive, beam forming antennas

  40. The Future Holds….

  41. The Future Holds….

  42. The Future Holds….

  43. RFID RFID-Transponder Source: Harting Mitronics AG

  44. I like LDS…

  45. Now what?

  46. ITAR Registered ISO 9001: 2008

  47. Supply Chain Partners LDS Technology and Rapid prototype parts Lasers Aerospace, medical, defense and large volume molding High quality and low/mid volume, fast turn molding Electronic assembly 3D circuit design Antenna design

  48. Our Customers

  49. LDS and 3D-MID Services SelectConnect Technologies Division of Arlington Plating Company Palatine, Illinois Suburban Chicago Jim Liddle 847.359.1490 jliddle@selectconnecttech.com www.selectconnecttech.com

Recommend


More recommend