Standard for in-system configuration of programmable devices 可编程设备的系统内配置标准
In-system configuration of programmable devices 编程设备的系统内配置
A tool for programming non-volatile memories and other electrically-programmable devices 一种用来对不挥发内存和其他电可编程设备进行编程的工具。
The development of programmable device provides the condition for reaching the request 可编程逻辑器件的发展为弹载电子系统满足上述要求提供了条件。
It is proved through practices that the system is more reliable, flexible and secret with the adoption of programmable devices 实践证明,采用可编程芯片的系统设计提高了系统的可靠性、灵活性和保密性。
These memory devices can be programmed only once, so they are sometimes referred to as write-once or one-time programmable devices 这种内存设备可以被编程一次,所以它们有时被作为写一次或一次性编程设备来看待。
Quickly progress of programmable device and its excellent performance has brought us another way to implement the algorithms in many fields 可编程逻辑器件的飞速发展及其优越的性能,使其在实现算法方面开始充当重要角色。
Typically, the programmable device is inserted into a socket on the device programmer and the contents of a memory buffer are then transferred into it 典型地,可编程设备被插到设备编程器的接口上,接着内存缓存器中的内容被传送到它里面。
As a programmable device, it can be given multiple " personalities . " opencryptoki provides stdlls that interface to two different firmware loads : deep and shallow 作为一个可编程设备,它可以被赋予多重“人格”。opencryptoki提供stdll来建立到两种不同的固件装入的接口:deep和shallow。
The virtues of flexible programmability, function optimization according to pci card, compact system design and substantial cost saving can be achieved by utilizing programmable devices when implementing pci interfaces 使用可编程器件来实现pci接口,其优点在于灵活的可编程性,可以依据插卡进行功能最优化,实现紧凑的系统设计,从而大大降低产品成本。