serial peripheral interface

Design and Implement of Serial Peripheral Interface Based on CPLD

基于可编程逻辑器件的串行外设接口设计及实现

Communication of Serial Peripheral Interface Based on DSP

基于DSP串行外设接口的通信

Design of Custom High-speed Serial Peripheral Interface in Multiple FPGA System

多FPGA系统中自定义高速串行数据接口设计

High speed novel ADC chip configuration based on Serial Peripheral Interface

基于SPI协议的新型高速ADC芯片配置

The data are loaded through serial peripheral interface .

热敏打印头采用同步串行外设接口实现数据加载。

The loadability of the software serial peripheral interface is on data transmission rate .

在此基础上从传输速率等方面理论论证了软件SPI口对相应芯片的负载能力。

SPI ( Serial Peripheral Interface ) is a kind of 3 lines contact interface .

SPI（SerialPeripheralinterface）串行外围设备接口是一种3线同步串行全双工通信接口。

The serial peripheral interface ( SPI ) is a standard communication protocol , which is used in many fields .

串行SPI通信协议是一种标准的通信协议，很多场合下都是采用这种机制。

The Serial peripheral Interface is a sort of technology with high speed and efficiency , which makes the SPI device convenient in data communication .

SPI接口技术是一种高速，高效的串行接口技术，因而SPI设备在数据通信中应用十分方便。

SPI communication between microprocessor and A / D module is realized by using serial peripheral interface module SPI of MC68HC908GZ60 microprocessor .

利用MC68HC908GZ60微处理器的串行外围接口模块SPI，实现微处理器与A/D模块之间串行通讯。

The SPI ( Serial peripheral interface ) put forward by Motorola is a high-speed and efficient serial interface technology , support full-duplex , synchronous , serial communication .

串行外设接口SPI（SerialPeripheralinterface）是由Motorola公司提出的一种高速高效的接口技术，支持全双工、同步的串行通信方式。

SPI-bus ( serial peripheral interface bus ) is an interface standard defined by Motorola . It transfers data between chips only through 3-wire serial communications interface .

SPI总线（SerialPeripheralInterfaceBus）是由美国Motorola公司制定的一种串行总线标准，采用三线串行通讯接口，可实现芯片间的串行数据传输。

On this basis the completion of the Ethernet port , serial peripheral interface , such as the design and preparation of the driver was successfully integrated with the minimum system constituted in one hardware system .

在此基础上完成了以太网口，串口等外围接口的设计，并为之编写了驱动程序成功与最小系统构成完整的硬件系统。

In the design of system , all of the interface circuits , including A / D converter , display driver , data memory and output driver , adopt the integration circuits with serial peripheral interface .

系统设计中采用串行接口集成电路来实现数据采集、显示驱动、数据存贮及输出驱动，使系统结构简单，可靠性高；

Taking W77E58 and MAX3100 as example , the paper introduces a method of using I / O interface of singlechip to simulate Serial Peripheral Interface ( SPI ) at first .

以W77E58和MAX3100芯片为例，首先介绍了一种利用单片机I/O接口软件模拟串行外设接口（SPI）的方法。

Through configuration of the application system , it can support serial peripheral interface ( SPI ), which comprises various kinds of speeds and modes , and can be used for all kinds of SPI equipment conveniently .

通过对应用系统的配置，可支持多种速率和多种方式的SPI，可以方便地用于各种不同的SPI设备。

In this paper , we introduced the application of SPI ( Serial Peripheral Interface ) In portable device using the Digital Electronic Torque Wrench , In order to solve the volume and power problems of the portable device .

本文通过便携式数显扭矩扳手，介绍SPI在便携式设备中的应用，主要解决便携式设备的体积以及功耗问题。使读者对于SPI通信接口有更深入的认识。

After the serial peripheral interface ( SPI ) was used to implement communication of Arm processor with CAN controller . CAN-Bus driver program and application program in Arm-Linux embedded system were designed , and the graphical user interface ( GUI ) based on Arm-Linux was developed .

Arm处理器以同步外设接口（SPI）方式与CAN控制器相通信，开发了Arm-Linux嵌入式系统下的CAN-Bus驱动及应用程序，且设计了嵌入式环境下图形界面系统（GUI）。

The Serial Peripheral Interface ( SPI ) is used to communicate between the DSP and the AVR MCU in the PMU , and it allows PMU to operate independently to measure , record , and display and transfer both the instantaneous and phase data .

PMU内部DSP与AVR单片机之间采用串行外围接口（SPI）实现高速可靠通信，以便AVR单片机完成瞬时数据和相量数据的记录、显示和通信，实现PMU独立运行；

This paper presents a method of the I2S standard audio data and ITU-R656 format digital video signal processing through synchronous serial port and parallel peripheral interface in DSP .

介绍了一种采用DSP的同步串口和并行外设接口，对I2S标准音频数据和ITU-R656格式数字视频信号进行处理的方法。