音频光纤同轴发射器方案CS8406+MS1808,附带电路图参考设计

音频光纤同轴发射器方案可以由CS8406+MS1808来做成。具体以下为音频光纤同轴发射芯片CS8406和音频ADC芯片MS1808详细介绍。深圳锦宏世纪/李先生18938047300
MS1808 是带有采样速率 8kHz ~ 96kHz 的立体声 A/D 转换器，适合于面向消费者的专业音频系统。
MS1808 通过使用增强型双位  技术来实现其高精度的特点。MS1808 是单端的模拟输入所以不需要外部器件。音频接口有两种类型(最高有效位对齐， I 2S )适合用于像 DTV,DVR 和 AV 接收器的系统。

主要特点
线性相位抗混叠数字滤波器
单端输入
带失调电压消除的数字高通滤波器
信噪失真比：85dB
动态范围：95dB
信噪比:95dB
采样速率 8kHZ 到 96kHz
主时钟：
256fs/384fs/512fs/768fs
(8kHz ~ 48kHz)
256fs/384fs
(48kHz ~ 96kHz)
主机/从机模式
音频接口：24 位最高有效位对齐/ I 2S
电源：4.5 ~ 5.5V 模拟，2.7 ~ 5.5V 数字
温度范围 -20 ~ 85℃
TSSOP14 封装


应用
DVD 录音机
数字 TV
CD 录音机

The CS8406 is a monolithic CMOS device which encodes and transmits audio data according to the AES3,IEC60958, S/PDIF, o r EIAJ CP1201 standards. The
CS8406 accepts audio and digital data, which is thenmultiplexed, encoded, and driven onto a cable.
The audio data is input through a configurable, 3-wireinput port. The channel status and user bit data are input through an SPI™ or I2C® microcontroller port, and
may be assembled in block-sized buffers. For systemswith no microcontroller, a Stand-Alone Mode allows direct access to channel status and user bit data pins.
The CS8406 is available in a 28-pin TSSOP and SOICpackage for both Co mmercial (-10o to +70oC) andAutomotive grade (-40o to +85oC). The CDB8416Demonstration board is also available for deviceevaluation and implementation suggestions. Please
refer to “Ordering Information” on page 34 for completedetails.
Target applications include A/V Receivers, CD-R, DVD
receivers, digital mixin g consoles, effects processors,
set-top boxes, and computer and automotive audio systems.



Complete EIAJ CP1201, IEC-60958, AES3,
S/PDIF-compatible Transmitter

+3.3 V or 5.0 V Digital Supply (VD)

+3.3 V or 5.0 V Digital Interface (VL)

On-Chip Channel Status and User Bit Buffer
Memories Allow Block-Sized Updates

Flexible 3-Wire Serial Digital Audio Input Port

Up to 192-kHz Frame Rate

Microcontroller Write Access to Channel Status
and User Bit Data

On-Chip Differential Line Driver

Generates CRC Codes and Parity Bits

Stand-Alone Mode Allows Use without a
Microcontroller