Key Specifications, Connector 1 Series: SMA, Connector 1 Gender: Male, Connector 1 Polarity: Standard, Connector Angle 1: Straight, Connector 1 Impedance: 50 Ohm, Connector 2 Series: N, Connector 2 Gender: Male, Connector 2 Polarity: Standard, Connector Angle 2: Right Angle, Connector 2 Impedance: 50 Ohm, Connector 1 Body Material: Passivated Stainless Steel, RF Cable Part Number: LMR-195, RF Cable Type: LMR-195, RF Cable Impedance: 50 Ohm, Ingress Protection (IP) Rating: IP68, Length, Max: 12 inches. Waterproof IP68 SMA Male to N Male Right Angle Low Loss Cable 12 Inch Length Using LMR-195 Coax with Times Microwave Components., Radio frequency assembly waterproof IP68 SMA male to N male right angle low loss cable 12 inch length using LMR-195 coax with Times Microwave components from Pasternack is part of one of the largest selections of same-day ship coaxial cables for RF, microwave and millimeter wave interconnect solutions. Pasternack coaxial cable assembly products are used in applications requiring high quality, such as laboratory RF test and measurement, rugged and designed for defense/military, telecom antenna tower component jumper connection, production environments, low loss, general use, etc. The Waterproof (when mated) like our other Pasternack coaxial cable assemblies, will ship the same day, and any custom SMA to type N cable assembly orders will ship the same business day as well. Pasternack RF coax low loss cable assembly is built with a SMA cable connection on one end and a right angle type N cable connection on the other. Our low loss SMA to right angle type N IP68 cable assembly has a male gender on end 1 and a male on end 2. PE3C2860/WP-12 can also be known as a low loss SMA plug to right angle type N plug cable assembly and will be shipped the same day as it is purchased. This flexible RF cable assembly with a 0.5-inch diameter has copper as the cable's inner conducting material and PE (F) dielectric type. This cable assembly employs durable and flexible materials, and with a 2-inch bend radius, it can withstand repetitive movements, ensuring reliable performance over extended periods. Our PE3C2860/WP-12 RF cable has a PE jacket of 0.195-inch diameter. The flexible RF cable has a between series connection. This cable assembly has a typical propagation velocity of 80% and a minimum RF shielding of 90 dB. Our SMA male to right angle type N male cable has a maximum VSWR of 1.4:1. SMA plug to type N plug cable assembly PE3C2860/WP-12 is built with LMR-195 which is a flexible coax type. The Pasternack IP68 flexible SMA cable assembly is manufactured with SMA to right angle type N cable connectors, has a 50 Ohm impedance, and is double shielded. Both the connectors have a crimp/solder attachment method. Additional dimensions, specifications and CAD drawings for this low loss RF cable are available on our downloadable PDF datasheet. PE3C2860/WP-12 can also be used in the other direction and will be a right angle type N male to SMA male cable assembly if the opposite connectivity is required. Low loss SMA plug to type N right angle plug cable assembly is just one of more than one million in-stock RF products available. Pasternack is where to buy a high quality SMA to type N cable assembly for quick shipment worldwide. Variations of SMA Waterproof and type N cable assemblies can also be built and will ship on the same day as well, search this website or contact us for assistance. High quality custom RF cable assembly products for microwave and millimeter wave radio transmitter receiver, antenna jumper, component interconnection and more for RF test & measurement labs, rugged and MIL-STD designed military/defense, aerospace, telecom, low loss, phase stable, phase and delay matching, outdoor and harsh environment and other radio frequency applications can be manufactured. For further information on similar products, our expert technical support and trained sales team can get you the ideal SMA to type N low loss RF cable assembly as per your requirements. LMR® is a registered trademark of Times Microwave Systems.
