complex programmable logic devices 中文意思是什麼
complex programmable logic devices
解釋
復雜可編程邏輯器件-
Complex programmable logic devices implementation of fft processor
處理器的高密度可編邏輯器件實現 -
The hardware circuitry of the whole digital scan conversion system is realized through the complex programmable logic devices so as to improve stability, flexibility and real - time of the digital hardware circuitry. a high - performance digital scan conversion system is researched and developed
整個數字掃描變換系統的硬體電路都使用復雜可編程邏輯器件實現，增加了數字電路系統的實時性、穩定性和靈活性，設計和實現了一種高性能的數字掃描變換系統。 -
In this paper, the principle and method that making use of complex programmable logic devices ( cpld ) to realize high accurate pwm controller are chiefly analyzed, and a new control method and amendatory strategy for the triple multi - level convector based on cpld is put forward. by carefully analyzing the triple multi - level power amplifier composed of four bridges converter bridge, the fact and idea that complex programmable logic devices ( cpld ) have high speed
本文詳細討論分析了用可編程邏輯器件cpld實現高精度pwm控制器的原理和方法，並且提出了一種基於cpld器件的三進制多電平逆變器的控制方法和改進策略，針對具有四級逆變橋結構的三進制多電平功率放大器進行了具體的分析和驗證，證實了可編程邏輯器件內部高速處理的性能和在電力電子技術控制中的應用優勢。 -
Utilizing phase locked loop technique with complex programmable logic devices ( cpld ), a method to perform high - speed data acquisition, storage and transmission for transformer testing, which solves the problem of data acquisition for high frequency band, is proposed
摘要提出了利用鎖相環技術結合復雜可編程邏輯器件（ cpld ）實現對變壓器測試信號的高速採集、存儲、傳輸的方法，很好地解決了對變壓器高頻特性信號的採集。 -
A high performance 3 - phases full controlled thyristor trigger is achieved by the complex programmable logic devices ( cpld ) and the advanced eda software
摘要採用復雜可編程邏輯晶元cpld和先進的eda設計軟體，實現了高性能的三相全控橋晶閘管的數字觸發器。 -
Aiming at the advantages of complex programmable logic devices ( cpld ) ( such as high integrity, high speed, designed agility and short cycle of design ), a new scheme that uses cpld in power electronic control technique for high real - time ' s capability is brought forward in this paper
本文針對可編程邏輯器件具有設計靈活、集成度高、速度快、設計周期短等優點，提出將其應用於電力電子的控制技術以滿足對實時性要求很高的應用場合。
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