API Technologies' Switched Filter Bank designs draw from a multi-disciplined staff with many years of experience in both microwave filters and control components. By combining filter and switch design expertise, API can provide integrated switched filter assemblies that not only reduce the overall mechanical footprint, but also offer improved electrical performance. This improved performance is achieved by having the ability to align the filters to the switches, thus removing any of the associated mismatches between the two. The end product is an integrated assembly with:
- Improved VSWR
- Less passband variation
- Lower insertion loss
- Reduced component count
- Improved RF Shielding/Isolation
- Higher reliability
Suspended Substrate Switched Filter Banks for extremely low insertion loss requirements.
Switching speeds as low as 20 ns &
isolation performance up to 80 dB.
Switch manifolds are channelized to obtain maximum channel-to-channel isolation.
We monitor critical phases of the production process with proprietary data logging technology.
We deliver designs that meet specifications
and exceed your expectations.
Our Switched Filter Banks include a blend
of both standard and custom features.
In-house pick and place capabilities allow
for lower costs and decreased lead times.
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Product Development |
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- All SFB designs are based on simulations using tools such as HFSS, Sonet, Microwave Office and Genesys and State-of-the-art 3D SolidWorks modeling.
- These sophisticated models are used to ensure the best electrical performance, while maintaining a compact, low weight product in the shortest possible lead-time.
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Performance |
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- API Technologies has the ability to select the best technology to fit your requirement.
- By using API Technologies' expertise in filter and switch design, we carefully evaluate size, performance and cost requirements to select the technologies that best fit the application.
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Advanced Technologies |
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- Filter Technologies: Combline, Interdigital, Lumped, Microstrip, Suspended Substrate Stripline, Dielectric Resonator
- Switch Technologies: Pin Diode, GaAsFET, High Power, High Speed
- Broadband (DC-40) and Standard EW Bands
- Multi-Octave and Sub-Octave Designs Available
- Solid Temperature Stability
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Environmental Requirements |
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- API Technologies has extensive experience developing components and assemblies for both commercial and rugged military applications.
- With a broad range of in-house screening capabilities, API Technologies can reduce prototype and production cycle times.
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In-House Capabilities |
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- Laser Sealing, Vibration, Altitude
- Fine & Gross Leak, Mechanical Shock, Salt Atmosphere
- High-power, Thermal Shock, Humidity
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A Variety of Design Choices to Suit Your Needs |
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- Standard Designs: By choosing a product from our database of existing designs, the time and cost to engineer a new product can be eliminated.
- Semi-Standard Designs: We commonly modify existing designs to minimize the development cost and cycle time. The frequency band breaks, number of channels or drive circuity of many switched filter banks can be readily optimized to suit other applications.
- Custom Designs: API Technologies excels in developing custom solutions to satisfy challenging requirements.
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Integrated Microwave Assemblies |
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Multi-function Assemblies (MFAs) |
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From build to print: Many customers come to API RF2M with a need for not only an Multi-function Assembly (MFA), but also a desire to enhance the performance of the final product.
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API RF2M, a world class leader in the Microelectronic Vertically Integrated Microwave Assemblies (IMAs), is your one stop, full service partner, engineering superior quality, high performance products that today’s customers demand and deserve.
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Integral DDS Synthesizer
Ultra Broadband Mixer
K Band Amplifiers
GPS SAW Filter
SP4T Switch
High Linearity Amps