采用TLC320AC01音频级模拟接口芯片实现了DSP与模拟信号的接口。
TLC320AC01 is used to realize the interface of DSP and analog signals.
模拟接口芯片(aic)具有高度可编程性、与DSP接口简单、高性能低功耗等特点。
Analog interface circuit (AIC) chip is high programmable, simple to interface to DSP, and also low in power dissipation.
介绍了音频模拟接口芯片TLC320AD50C的原理和使用注意事项，以及TMS320 VC 5402串行口的主要特点，并且详细分析了TMS320 VC 5402控制寄存器的配置和工作过程。
The TLC320AD50C principles and main characteristic of the serial port of TMS320VC5402 are introduced and the configuration of control registers and their process of operation are analyzed.
其模拟用户接口电路使用MH88610芯片；
虽然当前计算机显卡视频处理芯片中一般都有支持平板显示器的数字视频接口，但现在大部分的计算机显卡的输出仍然只提供模拟信号接口。
Video-process chips on display adapters always have the digital interface which can support the panel monitor, the output port of most of display adapters only offer the analog signal interface.
功能模拟是设计高性能微处理器接口asic芯片的重要环节，目的是消除ASIC的功能性设计错误。
Function simulation, correcting logical design bug, is an important stage in design high performance microprocessor interface ASICs, which needs more flexible.
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。
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.
本文物理层接口电路是USB2.0接口芯片中的最关键的高速模拟与混合信号电路。
The transceiver interface circuit in this dissertation is the most important part of USB2.0 interface which is a high speed mixed signal circuit.
本文物理层接口电路是USB2.0接口芯片中的最关键的高速模拟与混合信号电路。
The transceiver interface circuit in this dissertation is the most important part of USB2.0 interface which is a high speed mixed signal circuit.
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