由缓冲寄存器、环形分配器、控制逻辑及正反转控制门组成的步进电机控制器则用计算机软件替代。
The step motor controller composed of buffer register, the circular allotter, the control logic, the positive run and back run control circuits is replaced by computer software.
由缓冲寄存器、环形分配器、控制逻辑及正反转控制门组成的步进电机控制器则用计算机软件替代。
Buffer register, circular allotter, control logic, positive run and back run control circuits are replaced by computer software.
在系统中，用计算机软件替代了由缓冲寄存器、环形分配器、控制逻辑及正反转控制门组成的步进电机控制器。
In this system, computer software was used to replace stepping motor controller which consisted of buffer, annular allotter, control logic and control doors of clockwise and counterclockwise running.
然后再将寄存器127用作循环计数器，将寄存器126用作基指针，并在每个值上执行convert _ to_upper，直到到达缓冲区的底部为止。
You then use register 127 as your loop counter and register 126 as your base pointer, and perform convert_to_upper on each value until you get to the end of the buffer.
在通信协议中，主要实现了双向数据缓冲器、数据移位寄存器、时钟控制电路以及奇偶校验等功能。
The protocol realized some functions, such as two-way data buffer, shift register, clock circuit and parity check.
之后，驾驶员命令设备来完成其工作(通过操纵其寄存器)和直接在设备传送输出数据在存储器中分配的缓冲区。
Then the driver commands the device to do its job (by manipulating its registers) and the device transfers output data directly to the allocated buffer in the memory.
跟踪缓冲区并不保存栈顶或由寄存器所指向的内存的内容。
Trace buffer doesn't save top of stack or contents of memory referenced by registers.
应用程序将读实际的寄存器数值(如adc电压)，并且存储在特定的缓冲区中。
The application should then read the actual register values (for example the ADC voltage) and should store the result in the supplied buffer.
数据可能在寄存器，处理器缓冲区和主内存中以不同的次序移动，而不是按照程序指定的顺序。
Data may be moved between registers, processor caches, and main memory in different order than specified by the program.
结构必须至少有32个通过寄存器和大容量高速缓冲存储器。
The architecture must have at least 32 general-purpose registers and large cache memories.
如果协议栈收到了一个写寄存器命令，将会执行寄存器更新操作，一个包含新寄存器数值的缓冲区会传给回调函数。
If the protocol stack wants to update a register value because a write register function was received a buffer with the new register values is passed to the callback function.
来自R0和R1寄存器的数据，来自寄存器缓冲区的数据都包含在这个模块内。
It contains data from R0 and R1 registers from all register Banks.
高速缓冲器寄存器HSBR ？
高速缓冲器寄存器HSBR ？
应用推荐