几种用于FPGA的新型有效混合布线算法
采用现场可编程门阵列(FPGA)可以快速实现数字电路,但是用于生成FPGA编程的比特流文件的CAD工具在编制大规模电路时常常需要数小时的时间,以至于许多设计者甚至通过在给定FPGA上采用更多的资源,或者以牺牲电路速度为代价来提高编制速度。电路编制过程中大部分时间花费在布线阶段,因此有效的布线算法能极...
采用现场可编程门阵列(FPGA)可以快速实现数字电路,但是用于生成FPGA编程的比特流文件的CAD工具在编制大规模电路时常常需要数小时的时间,以至于许多设计者甚至通过在给定FPGA上采用更多的资源,或者以牺牲电路速度为代价来提高编制速度。电路编制过程中大部分时间花费在布线阶段,因此有效的布线算法能极...
This document was developed under the Standard Hardware and Reliability Program (SHARP) TechnologyIndependent Representation of Electronic ...
Most circuit designers are familiar with diode dynamiccharacteristics such as charge storage, voltage dependentcapacitance and reverse reco...
The MAX2691 low-noise amplifier (LNA) is designed forGPS L2 applications. Designed in Maxim’s advancedSiGe process, the device achiev...
One of the most critical components in a step-up design like Figure 1 is the transformer. Transformers have parasitic components that can cause them...