Abstract
Reuse methodology is an efficiency method and advanced idea of chip design,
which is based on reusing and design of IP core. It changes the focus of system
design from the board-level of embedded system hardware design to the chip-level of
programmable logic device based design. The use of reuse methodology does not only
decrease the cycle of designing the embedded system based on programmable logic
device, but also is a shortcut to transfer a algorithm to an IP core to be protected better
and able to be used in lots of fields for academy or research institute.
This thesis makes use of reuse methodology to research project——Dielectric
lossdata collecting system based on FPGA and IP core.The importance of the reuse
methodology to the design of embedded system is analyzed first, the principle of the
electric capacity equipment dielectric loss examination survey is introduced then,
and the factor which affected the on-line monitor is thoroughly analyzed, then the
design scheme of the data collecting system is confirmed.
On the basis of the scheme design, the periphery hardware designing, thelogic
customization of FPGA and the software designing based on NiosⅡ was introduced
from both the system design and the function module design aspects. Then the
anti-jammingprinciple of hardware design was also simply described in the thesis.
The dielectric loss data collecting system based on FPGA and IP core was designed
and realized onthebasisofaboveresearch triumphantly.
Keywords: Reuse methodology FPGA IP core Dielectric loss data collection
