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RF/Microwave

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High-Frequency Architects

With unrivaled high-frequency know-how, we confidently design and build custom high-speed digital products from DC to 10 Gbps and RF/microwave products from DC to 20 GHz. With an average 18 years experience, SCT engineers anticipate RF circuit complexities before design begins, and are experts in architecting and delivering your products to meet the most complex specs. Our methodical process includes thorough simulation and quick-turn prototyping. Our well-equipped test lab, with state-of-the art tools and specialized instrumentation, ensures we deliver the highest quality finished product.

Unlike companies that take shortcuts and don’t meet stringent product performance standards, or large design houses that lack the flexibility to meet aggressive schedules, we’re able to build the most complex products quickly. We specialize in resolving design challenges, from spurious emissions to thermal management, while maintaining schedule and budget.

Design Capabilities

Continuous exposure to new projects keeps our designers current on the latest technologies and applications. In addition, working with dozens of different customers each year, we’ve optimized our development process so that it’s become a tool, not a roadblock, to success. The net results are fewer design spins, more efficient projects, and quicker time to market.

  • Circuit and System-Level Simulation and Design
  • Tools Support Linear and Non-Linear Design
  • High Temperature, Co-fired Ceramics (HTCC) Modules
  • Thin-Film Modules

  • Low-Power, Battery Operated Products
  • Thermal Simulation and Design of Convention and Forced Air Systems
  • Quick-Turn Prototyping
  • Designer and Production Test Fixtures
  • Design for Manufacturing and Test

Unrivaled High-Frequency Know-How

Customers approach us with demanding requirements for a variety of applications, including solutions for industrial, lab, and production environments. Our designs are successfully being deployed in mission-critical applications and operating in harsh operating conditions.