FAQs

• Can you source discontinued RF/microwave components (e.g., from old radars like Type 1022 or Sivers catalogs)?

  Yes, specialists use global networks to locate exact matches or drop-in equivalents for obsolete parts from legacy systems such as Type 1022/1802 radars or discontinued catalogs like Sivers and AeroFlex. This includes verifying availability through vetted suppliers, providing full traceability documentation, and testing for compliance with original specifications to support repairs in military, aerospace, or telecom equipment.

• How do you verify authenticity of hard-to-find items?

  Authenticity is confirmed via ISO 9001-certified processes, including datasheet cross-referencing, electrical testing, and certification from manufacturers or brokers. For high-risk applications, lot codes, certificates of conformance (CoC), and independent lab validation may be provided to meet standards like MIL-STD or AS9100.

• What components do you stock (cables, waveguides, test gear)?

  Stock includes coaxial cables (e.g., RG-214, LMR series), waveguides, adaptors, amplifiers, switches, detectors, limiters, attenuators, and test equipment covering DC to millimeter waves (up to 110 GHz). Both passive and active devices are available, along with subsystems such as phase shifters and couplers, with custom configurations for specific impedance or frequency requirements.

• Do you handle custom cable assemblies?

  Yes, including MIL-spec assemblies using low-loss cables like LMR-400, phase-stable options for test environments, and connectors such as SMA, N-type, and K-connectors. Prototype turnaround is typically 2–4 days, with in-house crimping, soldering, and VNA testing to verify performance metrics like VSWR and insertion loss.

• New vs. used/refurbished test equipment options?

  Both new and refurbished equipment are available. New units come from leading manufacturers, while refurbished equipment is fully calibrated and traceable to UKAS standards. Used gear such as VNAs, spectrum analyzers, and power meters is tested to match performance standards and typically offers 40–70% cost savings, with warranties included.

• What about RF test losses?

  Test cables are engineered for minimal loss, phase stability, and durability. Losses are quantified during validation to align with instrument specifications, and compensation data may be provided. High-end options use specialized materials for low-noise applications.

• What is your obsolescence management process?

  The process follows BS EN IEC 62402:2019, including lifecycle monitoring, risk assessments, last-time buys, redesign consultation, and reverse engineering. It involves BOM analysis, supplier alerts for EOL notices, and mitigation strategies such as alternative qualification or emulation to support long-term equipment lifecycles.

• What are your shipping and support options?

  Same-day dispatch is available for in-stock items (orders before 3 PM GMT). Delivery options include next-day UK shipping, 2–3 days within the EU, and global shipping via major carriers. Technical support includes engineer consultations, documentation, and on-site assistance, with a 30-day return policy for unopened goods.