Comparez données RF, courbure, durée de mouvement, matériaux et preuves de conformité. Demandez des offres sur un dessin et des conditions de service communs.
Fabricants de guides flexibles : 6 critères pour comparer Read More »
Материалы, обработка, соединения, покрытия и измерения волноводов. Задайте допуски и условия испытаний вместо универсальных ±0,01 мм, 5 мкм и IP67.
Изготовление волноводов: 7 этапов от чертежа до RF-контроля Read More »
内部寸法、接合、表面処理からRF検査までを整理。共通公差を決め付けず、ECSS-Q-ST-70-02Cのアウトガス試験との違いも確認します。
金属導波管の製造7工程｜設計・加工・表面と検査 Read More »
اربط التصميم والمادة والأبعاد والسطح والتجميع بالتحقق. ميز بين اختبار الإحكام وقياس RF وحدد السماحيات والطلاء والقدرة حسب المنتج الفعلي.
تصنيع الدليل الموجي: 7 مراحل من المتطلبات إلى اختبار RF Read More »
요구와 도면에서 재료, 내부 치수, 접합, 표면 처리와 검사까지 연결합니다. 공차·기밀·전력 시험을 실제 용도에 맞추고 제조 이력을 기록합니다.
도파관 제조 공정 7단계: 설계·가공·표면과 RF 검증 Read More »
Reliez matériau, usinage, joints et traitements aux exigences du guide. Contrôlez dimensions, étanchéité et réponse RF avec traçabilité avant le conditionnement.
Fabrication des guides d’ondes : 7 étapes du plan au contrôle RF Read More »
Defina materiais, tolerâncias, uniões e revestimentos pelo projeto. Verifique limpeza, vedação e parâmetros S e diferencie profundidade pelicular de precisão mecânica.
Fabricação de guias de onda: 7 etapas do projeto à medição RF Read More »
Align open-ended waveguides via laser tools (±0.1mm accuracy), seal flanges with 0.5mm silicone gel, torque bolts to 5N·m, then test VSWR (<1.2) to ensure indoor satellite signal integrity. Preparation and Planning Ka-band (26.5-40GHz) signals have a loss of approximately 0.3-0.5dB per meter of waveguide. If the waveguide length is extended to 20 meters, the total
How to Install Open Ended Waveguides in Indoor Satellites Read More »
Waveguide transfer switch failures often stem from mechanical wear (spring fingers fatigue after 10k+ cycles), >10μm particle contamination blocking signal paths, or thermal misalignment—aluminum alloy expands 23μm/°C above 85°C, misaligning flanges for signal loss. Mechanical Structure Failures Over 90% of non-sudden failures originate from the aging or damage of mechanical components (according to 2022 failure
What Causes Waveguide Transfer Switch Failures Read More »
Maintain open-ended waveguides by wiping probes with isopropyl alcohol on lint-free cloths, inspecting tips for corrosion/bends, and quarterly calibrating (insertion loss ≤0.5dB) to prevent signal degradation from contaminants or physical damage. Daily Cleaning and Surface Maintenance “Clean” for an open-ended waveguide probe is never just visual “no obvious dust” – dust particles with a diameter
How to Maintain Open Ended Waveguide Probes Read More »
