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SNA series coaxial to waveguide iso-adapters are offered to cover the frequency range of 5.0 to 70 GHz. These iso-adapters are designed and manufactured to provide low insertion loss and high isolation for ease system integration where coaxial and waveguide interfaces are involved.
Various co-axial connector types, such as N, SMA, K, 2.4 mm and V type, are available for customers to configure. While the catalog models’ focus is on general purposes and common radar and communication bands, custom designed models are available upon request.
SNC series coaxial isolators and circulators are offered to cover the frequency range of 1.0 to 18 GHz. These isolators and circulators are designed and manufactured to provide low insertion loss and high isolation for many system integration applications.
While the isolator is an important device where the port isolation or VSWR are concerned, the circulator offers duplexing functions in many radar and communication systems.
The catalog models’ focus is on broad bandwidth and general purpose, custom designed models with improved insertion loss and isolation are available.
SNF series full waveguide band isolators and circulators are offered to cover the frequency range of 8.2 to 40 GHz in six waveguide bands. These isolators and circulators are designed and manufactured to provide low insertion loss and high isolation in full waveguide band operations. Compared with Faraday type isolators, the full waveguide band isolators offer lower insertion loss and less insertion length.
While the isolator is an important device where the port isolation or VSWR are concerned, the circulator offers duplexing functions in many radar and communication systems. The full waveguide circulators offer unique full band duplexing function, which no other devices can replace.
SNM series microstrip line isolators and circulators are offered to cover the frequency range of 2.0 to 18 GHz. These isolators and circulators are designed and manufactured to provide low insertion loss and high isolation for microstrip line based component and module integrations. The 50 Ω input and output microstrip line configuration is immediately ready for circuit insertion.
While the isolator is an important device where the port isolation or VSWR are concerned, the circulator offers duplexing functions in many radar and communication systems. Two types of microstrip line isolators and circulators, substrate-only and on-carrier, are offered.
FERRITE DEVICES
SNS series stripline isolators and circulators are offered to cover the frequency range of 1.0 to 18 GHz. These isolators and circulators are designed and manufactured to provide low insertion loss and high isolation for microstrip and stripline based module integrations. The 50 Ω input and output stripline configuration is immediately ready for circuit insertion.
While the isolator is an important device where the port isolation or VSWR are concerned, the circulator offers duplexing functions in many radar and communication systems. The catalog models’ focus is on broad bandwidth and general purpose, custom designed models with improved insertion loss and isolation are available.
SNW series waveguide junction isolators and circulators are offered to cover the frequency range of 8.2 to 110 GHz. These isolators and circulators are designed and manufactured to provide low insertion loss and high isolation for waveguide based component and module integrations. The waveguide input and output configuration is immediately ready for circuit insertion.
The isolator is an important device where the port isolation or VSWR are concerned, and the circulator offers duplexing functions in many radar and communication systems. While the catalog models’ focus is on specific frequency bands and performance, custom designed models are available to meet customers’ unique applications needs.
3043 Kashiwa Street, Torrance, CA 90505 | info@sagemillimeter.com | 424-757-0168
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STF series full band Faraday isolators are offered to cover the frequency range of 18 to 140 GHz in eight waveguide bands.
These isolators are constructed with a longitudinal magnetized ferrite rod to provide Faraday rotation when the RF signal is presented. Although the typical insertion loss of these isolators is slightly higher than its counterpart, full band junction isolators (SNF series), their isolation is at least 10 dB higher. In addition, the Faraday isolators cover a broader frequency range and possess less insertion phase variation across the entire waveguide band. These characteristics make them ideally suited for broadband applications, especially in test labs and instrumentations.
