V-Bite PC Edge Mount
The V-Bite is an industry award winning design PCB connector with all the advantages a designer could want. It edge mounts to the board which offers the lowest profile and utilizes very little PCB real estate. It lends itself to surface mount and through-hole soldering techniques. There are versions for IR and convection reflow soldering. Because the connector locks into place both above and below the PCB it disperses rotational torque relief to the board and not the solder points. The V-Bite design offers the lowest VSWR ratings due to the straight through-put contact design. No right angles for reflection. Available in 50 and 75 ohm, threaded and non-threaded. Other options for PCB thickness available. Other interfaces available. See “F”, BNC Twin, TNC and N sections.
Part Number Description Imp Contact Fig. No. Dwg.
361V504ER * BNC Jack W/ PTFE For Reflow Solder 50W Phos./Gold 39A
361V504ET * BNC Threaded Jack W/ PTFE For Reflow Solder 50W Phos./Gold

39

361V504EFT*

BNC Threaded Jack W/ PTFE Insulator/Flange 50W Phos./Gold 39B
361V509E * BNC Jack W/ Polyethylene Insulator 50W Phos./Tin 39A
361V509ET * BNC Threaded Jack W/ Polyethylene Insulator 50W Phos./Tin

39

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361V704ER * BNC Jack W/ PTFE For Reflow Solder 75W Phos./Gold 39A
361V704ET * BNC Threaded Jack W/ PTFE For Reflow Solder 75W Phos./Gold

 39

361V704EFT * BNC Threaded Jack W/ PTFE Insulator/Flange 75W Phos./Gold 39B
361VH704EFT BNC Threaded Jack W/ PTFE Insulator/Flange  75W Phos./Gold 39B
361V709E * BNC Jack W/ Polyethylene Insulator 75W Phos./Gold 39A ---
361V709ET * BNC Threaded Jack W/ Polyethylene Insulator 75W Phos./Gold

 39

---
361E704ER * BNC  W/PTFE for Reflow Solder, gold plated 75W Phos./Gold

39I

361E704EFT * BNC End launch W/Flnge and Threads, gold plated 75W Phos./Gold

---

361KNT Knurled nut (361 series) NA --- 39K
3M61V704 * Mini-BNC Jack W/PTFE for Reflow 75W Phos./Gold

39J

461V504E * Twin-BNC Jack W/ PTFE For Reflow Solder 75W Phos./Gold

39N

561V504E * TNC Jack W/ PTFE For Reflow Solder 50W Phos./Gold

***

561V504EFT*

TNC Jack W/ PTFE Insulator/Flange

 50W

Phos./Gold

39M

861V509E * F  Edge Mount Jack (RG59) #NCI Phos/Gold 39C
861V509ER * F  Edge Mount Jack w/ TFE Ins.. for Reflow ( RG59) #NCI Brass/Gold 39C
861V509ER6 * F   Jack w/ TFE Insul. for Reflow (RG6, RG59) 75W Brass/Gold 39C
861VH509ER6* F  Jack w/ TFE Ins. for Reflow (RG6,59) 5GHZ 75W Brass/Gold 39C
861VUS509ER6* F  Jack w/ Under Shield TFE Ins. Rflw (RG6,59) 75W Brass/Gold ***
862V509ER6 * F Edge Mount Plug w/TFE insul for reflow 75W Brass/Gold 39D
161V504E * N  Edge Mount Jack w/ TFE Insul for reflow 50W Brass/Gold 39E
161V504EFT * N  Edge Mount Jack w/ Flange TFE Insul for reflow 50W Brass/Gold 39F
161VUS504EFT* N   Jack w/ Flge Under Shield TFE Ins. for reflow 50W Brass/Gold 39L
162V504E * N  Edge Mount Plug (TFE Insul for reflow) 50W Brass/Gold 39G
R061V704ER * RCA  Edge Mount Jack w?TFE for reflow 75W Brass/Gold 39H
 * Bomar Patent             RoHS compliant reflow or wave solder  RoHS compliant  wave solder only only                                                         REQUEST QUOTE          REQUEST DRAWING                                                #NCI ( non constant impedance)                       

                             V-bite Footprint                                                Solder Suggestions

    

end launch BNC with threads           Patented V-Bite ,  Snaps Into PCB, Surface Mount Center Contact

 

 

 
end launch BNC end launch BNC with threads and flange end launch F connector
             Fig. 39                       Fig. 39A                      Fig. 39B                      Fig. 39C
end launch male F connector N edgemount V-bite end launch male N connector
            Fig.39D                      Fig. 39E                       Fig. 39F                    Fig. 39G  
end launch RCA connector end launch mini BNC knurled nut
          Fig. 39H                       Fig. 39I                         Fig. 39J                      Fig. 39K
             Fig. 39L                       Fig. 39M                              Fig. 39N
   
 

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