Foreign vertical RF connectors for solderless pcb mounting

Cover Page

Full Text

Open Access Open Access
Restricted Access Access granted
Restricted Access Subscription or Fee Access

Abstract

The article analyzes the design features of vertical microwave compression connectors for surface mounting without soldering on printed circuit boards. The advantages and disadvantages of these connectors are shown. Vertical connectors from USA, Europe and Southeast Asia are considered.

Full Text

Restricted Access

About the authors

K. Dzhurinsky

Author for correspondence.
Email: kbd.istok@mail.ru
Russian Federation

References

  1. Solderless Vertical Launch Connector: The Ultimate Guide Vinstronics. 11 июля 2024 г., http://vinstronics.com.
  2. RF Connector-Adaptor, Cable assembly,Board to Board, SMA. http://www.hualinkrf.com.
  3. SV Microwave Introduces Solderless PCB Connectors...everythingrf.com.
  4. Withwave's Vertical Launch Connector. with-wave.com.
  5. Spring Loaded Pogo Pins & Connectors. ATTEND Technology. https://www.attend.com.tw.
  6. Soldered versus Solderless Connections - SRA Resource Center. https://blog.sra-solder.com.
  7. Solderless PCB Connectors. https://www.rosenberger.com.
  8. SV Microwave Introduces Solderless PCB Connectors. https://www.everythingrf.com.
  9. What are Vertical Launch PCB Connectors? – Everything RF everythingrf.com.
  10. Fairview Microwave Debuts New Line of Removable Vertical Launch Connectors with VSWR as Low as 1.3:1. 2018. www.aeccafe.com.
  11. Solderless Vertical Launch Connectors from Pasternack. designworldonline.com.
  12. Rosenberger Solderless PCB Connectors. https://www.rosenberger.com.
  13. Samtec Releases New Line of Vertical Solderless, Compression Mount Connectors from DC to 90 GHz. everythingrf.com.
  14. Vertical & Edge Launch Solderless Compression Mount. Test & Measurement Applications. https://sudden docs.samtec.com.
  15. Vertical Launch Connectors - Cinch Connectivity Solutions. https:// belfuse.com/cinch.
  16. Würth Elektronik Introduces WR-SMA Solderless Connectors for High-Frequency PCB Applications, 6 сентября 2024 г. https://www.everythingrf.com.
  17. Precision Compression-Mount Microwave Test Connectors-Molex. www.everythingrf.com.
  18. Signal Microwave | Home. https://signalmicrowave.com.
  19. Vertical solderless connector |Suzhou Talent Microwave Inc. https://www.talentmw.com.
  20. Solderless PCB Connectors | SMA Coaxial Connector.bojiang.com.tw.
  21. Vertical Launch Connectors | Qualwave. http://qualwave.com.
  22. PCB solderless connector. focusimple.com.
  23. 92mm(F) PCB Connector | Up to 40GHz Bands | Taoglas. http://taoglas.com.
  24. China RF Connectors, Adaptors, Cable Assembly Suppliers. Hualink Vertical Launch Connector. Oct 13, 2022. Latest News. connectorrf.com.
  25. Flexi RF Inc: RF Components - Adapters, Connectors, Cable. https://flexirf.com

Supplementary files

Supplementary Files
Action
1. JATS XML
2. Fig. 1. Vertical installation of the connector on the board without soldering using mounting screws

Download (9KB)
3. Fig. 2. Vertical connectors 1.85 mm with a recess for the output of the MPL strip (a) and without it (b)

Download (7KB)
4. Fig. 3. Contact pins of vertical connectors: "hard" (a) and "soft" (b)

Download (9KB)
5. Fig. 4. Vertical connectors from Withwave

Download (24KB)
6. Fig. 5. Pogo Pin contact

Download (16KB)
7. Fig. 6. Printed circuit board from Rosenberger with vertical compression connectors

Download (897KB)
8. Fig. 7. Vertical connectors from Pasternack

Download (859KB)
9. Fig. 8. Test board (a) and connectors (b) from Rosenberger

Download (16KB)
10. Fig. 9. Connectors from Samtec (a) and connector view with alignment function (b)

Download (23KB)
11. Fig. 10. SMA SMP and SMPM connectors from Cinch Connectivity Solutions

Download (8KB)
12. Fig. 11. WR-SMA connectors from Würth Elektronik

Download (795KB)
13. Fig. 12. Design of the 24FD1351F09 (2.4 mm) connector from Talent Microwave

Download (11KB)
14. Fig. 13. Installation of the Withwave connector on the MPL

Download (9KB)

Copyright (c) 2025 Dzhurinsky K.