HONTEC is one of leading High-speed PCB manufacture, who specializes in high-mix,low volume and quickturn prototype PCB for high-tech industries in 28 countries.
Our High-speed PCB has passed UL, SGS and ISO9001 certification, we are in application of ISO14001 and TS16949 as well.
Located in Shenzhen of GuangDong, HONTEC partners up with UPS, DHL and world-class forwarders to provide efficient shipping services. Welcome to buy High-speed PCB from us. Every request from customers is being replied within 24 hours.
Many properties of megtron4 PCB developed by Panasonic include high frequency performance, eye diagram test, through hole reliability, CAF resistance, IVH filling performance, lead-free compatibility, drilling performance and slag removal performance
Megtron7 PCB--Panasonic automotive and Industrial Systems Corporation announced on May 28, 2014 that it has developed a low loss multilayer substrate material "Megtron 7" for high-end servers, routers and supercomputers with large capacity and high-speed transmission. The relative permittivity of the product is 3.3 (at 1GHz) and the dielectric loss tangent is 0.001 (at 1GHz). Compared with the original product "Megtron 6", the transmission loss is reduced by 20%.
MEGTRON6 PCB is advanced material designed for high-speed network equipment, mainframes, IC testers and high frequency measuring instruments. The main attributes of MEGTRON6 PCB are: low dielectric constant and dielectric dissipation factors, low transmission loss and high heat resistance; Td = 410°C (770°F). MEGTRON6 PCB meets IPC specification 4101 /102 /91.
high-speed PCB design circuit boards guide for the design of high-speed circuit boards will be of great help engineers.High-Speed PCB Layout TipsApplication BriefSLOA102 - September 2002High-Speed PCB Layout TipsBruce Carter ABSTRACT High-speed op amp circuit design requires special attention.
TU-943R High-speed PCB - when wiring the multi-layer printed circuit board, as there are not many lines left in the signal line layer, adding more layers will cause waste, increase certain workload and increase the cost. To solve this contradiction, we can consider wiring on the electrical (ground) layer. First of all, the power layer should be considered, followed by the formation. Because it is better to preserve the integrity of the formation.
TU-752 High-speed PCB digital circuit has high frequency and strong sensitivity of analog circuit. For signal line, high frequency signal line should be far away from sensitive analog circuit device as far as possible. For ground wire, the whole PCB has only one node to the outside world. Therefore, it is necessary to deal with the problem of common ground of digital and analog in PCB, while in the board, digital ground and analog ground are actually separated, and they are not mutually related Connection is only at the interface between PCB and the outside world (such as plug, etc.). There is a little short circuit between digital ground and analog ground, please note that there is only one connection point. Some of them are not grounded on the PCB, which is decided by the system design.
