Page 1644 - BNC to N RF Cable Assembly Datasheets
P. 1644

N Male to 7/16 DIN Male LSZH Jacketed Low PIM Cable
     Using SR401FLJ Low PIM Coax with HeatShrink, RoHS




     RF Cable Assemblies Technical Data Sheet                                                            PE3C2012


                   Configuration
                      •  Connector 1: N Male
                      •  Connector 2: 7/16 DIN Male                          PE-SR401FLJ Low PIM
                      •  Cable Type: PE-SR401FLJ Low PIM

                   Features
                       •  Max Frequency 3 GHz
                       •  Low PIM: -160 dBc Max
                       •  Shielding Effectivity > 100 dB
                       •  PVC LSZH Jacket                                   0.276
                       •  .141 and .250 Formable Cable                       [7.01]
                       •  LSZH (Low Smoke Zero Halogen) PVC Jacket
                       •  PIM < -160 dBc for type N, 4.1/9.5 DIN, 7/16 DIN version
                       •  PIM < -150 dBc for SMA versions
                       •  > 100 dB RF Shielding
                       •  DC to 3 GHz and DC to 6 GHz Configurations
                       •  100% PIM and RF Tested


                   Applications
                       •  General Purpose               •  Communication Connectivity    •  Test Equipment and Rack
                       •  Laboratory Use                 Requirements                     Systems
                       •  Low PIM Applications          •  Low PIM Applications          •  Low PIM Lab Testing
                   .
                    Description
                   Pasternack’s PE3C2012 type N male to 7/16 DIN male cable using SR401FLJ low PIM coax is part of our full line of RF
                   components available for same-day shipping. Pasternack’s formable RF cable assemblies provide an alternative to costly pre-
                   formed semi-rigid assemblies since they are hand formable. This Pasternack type N to 7/16 DIN cable assembly has a male to
                   male gender configuration with 50 ohm formable PE-SR401FLJ low PIM coax. The PE3C2012 type N male to 7/16 DIN male
                   cable assembly operates to 3 GHz. Our low PIM design also offers excellent passive intermodulation performance with PIM
                   levels better than -160 dBc. Pasternack’s low PIM formable cable assemblies are built using high quality formable .141 and
                   .250 inch filled braid coax. These low PIM cable assemblies offer excellent passive intermodulation performance of -160dBc
                   (-150dBc for SMA versions) and are 100% RF and PIM tested at the time of production. Our low PIM cables use a protective
                   low smoke zero halogen PVC jacket material and make it ideal for environments where safety and reliability is needed. There
                   are 16 low PIM cable assembly configurations available including 4.1/9.5 Mini DIN, 7/16 DIN, type N and SMA series in 100cm
                   and 200cm standard lengths.
                   Custom versions of most RF cable assemblies can be built and shipped same day. Custom cable assembly lengths can be
                   obtained by specifying the desired length on the web site at time of order or by contacting a sales representative. Other avail-
                   able RF cable assembly value added services include connector orientation or clocking, heat shrink booting and custom label-
                   ing. RF testing can also be performed to document the electrical performance of your cable assembly.







                      Click the following link (or enter part number in “SEARCH” on website) to obtain additional part information including price,
                      inventory and certifications: N Male to 7/16 DIN Male LSZH Jacketed Low PIM Cable Using SR401FLJ Low PIM Coax
                      with HeatShrink, RoHS PE3C2012                                                     Pasternack does not make  -
                any representation or warranty regarding the suitability of the part described herein for any particular purpose, and Pasternack does not assume any liability arising out of the use of any part or documentation.





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