Search results for "Pasternack"
Pasternack Unveils New RF Coaxial Test Cable Line
Pasternack Enterprises has today announced the addition of a new line of SMA and N-Type Test Cables, ideal for testing applications requiring low insertion loss and operating frequencies up to 26.5 GHz. Pasternack Enterprises’ new RF test cables are specifically designed for environments requiring highly durable test cables, but where expensive ultra-stable cables are not required.
Pasternack Adds Low Frequency SMP Series Connectors
Pasternack Enterprises adds inventory of low frequency SMP connectors which are perfect for applications requiring operating frequencies of 8 GHz or less. Pasternack Enterprises’ new SMP connectors are specifically designed for low frequency, high density applications where the benefits of a small RF connector are utilized.
New Semi-Flexible Precision Cable Assemblies From Pasternack Enterprises
Pasternack Enterprises adds a new line of semi-flexible, hand formable coax cable assemblies up to 18 GHz. Pasternack Enterprises’ new formable RF cable assemblies are hand formable semi-rigid replacements that are an ideal alternative to costly preformed coaxial assemblies.
Pasternack Expands SMP And Mini-SMP Series Adapters
Pasternack Enterprise announces and expanded inventory of in-series and between-series SMP and Mini SMP adapters for millimeter wave applications. Pasternack Enterprises’ SMP and Mini-SMP, also known as SMPM, are coaxial adapters capable of converting multiple connector types including SMP, Mini SMP, SMA, 2.92mm, 2.4mm, 3.5mm and 1.85mm connectors.
Pasternack Announce 50 Watt Medium Power RF Attenuators
Pasternack Enterprises unveil their new line of 50 Watt medium power attenuators. This innovative line of medium power attenuators offers one of the most comprehensive selections of RF connector combinations available, thus eliminating the need for coaxial adapters or custom cable jumpers to change connector types.
New Vector Network Analyzer Calibration Kits Introduced by Pasternack
Pasternack Enterprises introduces their new lines of vector network analyzer calibration kits. The new vector network analyzer calibration kits from Pasternack provide the RF components needed to enable stable and accurate error corrected measurements of devices under test using a VNA from DC to 26.5 GHz in one convenient kit.
Pasternack Expands Line of Precision Low PIM Adapters
Pasternack Enterprises expands their product line of high performance, precision low PIM adapters. The new low passive intermodulation adapters from Pasternack are perfect for applications requiring high performance at ultra low VSWR. Pasternack's new line of precision low PIM adapters is ideal for portable PIM testing and portable sweep testing.
Low PIM Corrugated Coaxial Cable Jumpers Available From Pasternack
Pasternack Enterprises has expanded its line of high performance, low PIM corrugated coaxial cable jumpers. Pasternack Enterprises’ new 1/2”coaxial jumpers are used on many RF communications applications that benefit from low PIM. Examples of these applications include tower top jumpers, shelter/cabinet jumpers, antenna feed lines and 2 way land mobile radio installations.
Pasternack High Frequency RF Attenuators Up to 50 GHz
Pasternack Enterprises introduces their new line of high frequency attenuators. This new line of attenuators is perfect for applications requiring reliable and precise frequency levels up to 50 GHz. Pasternack Enterprises’ new attenuators have frequency ranges from DC to 50 GHz which perform up to the microwave K and Q bands.
Pasternack Introduces New Line of Lowpass and Highpass RF Filters
Pasternack Enterprises introduces their new lines of lowpass filters and highpass filters. The new RF filters from Pasternack are passive components that allow frequency signals to pass within a certain range and attenuate (reject) frequencies outside that given range, in this case, up to 3 GHz. Both the new lowpass and highpass filters are constructed using the Combline design, which provides outstanding VSWR and long term performance.