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271. Radar printed circuit boards - Additional information  
Additional information High-frequency printed circuit boards Hybrid layer buildup Rogers / FR4 Impedance control UL certification of our printed circuit boards  
272. Radar printed circuit boards - Application examples - High-precision printed circuit boards for innovative radar solutions  
Application examples - High-precision printed circuit boards for innovative radar solutions Modern radar systems rely on high-performance PCBs that can cope with extreme conditions. Our…  
273. Radar printed circuit boards - Material for radar circuit boards  
Material for radar circuit boards Millimetre-wave radar systems place special demands on the PCB material: it is crucial to use ultra-low-loss substrates that both minimise circuit losses and…  
275. Radar printed circuit boards - Why radar PCBs from Multi-CB  
Why radar PCBs from Multi-CB The complexity and variety of technical parameters for high-frequency circuit carriers is enormous. Every application requires customised solutions - whether through…  
277. Radar printed circuit boards - Technical possibilities for radar circuit boards  
Technical possibilities for radar circuit boards The following specifications guarantee optimum performance of your radar systems - from material selection to manufacturing technologies Frequency…  
278. Radar printed circuit boards - Radar circuit boards from Multi-CB  
Radar circuit boards from Multi-CB With specialised materials, high-precision manufacturing and stringent quality tests, our PCBs meet the critical requirements of modern radar applications - from…  
280. HDI-Printed Circuit Boards - HDI-Printed Circuit Boards definition of terms  
HDI-Printed Circuit Boards definition of terms Blind Via: Contacting of an outer layer ending on an inner layer Buried Via: Through-hole in the core layers Microvia: Blind Via (coll. also via) with…  
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