参数资料
型号: MCP6566RT-E/OT
厂商: Microchip Technology
文件页数: 23/30页
文件大小: 0K
描述: IC COMPARATOR O-D 1.8V SOT23-5
产品培训模块: MCP656x
标准包装: 1
类型: 通用
元件数: 1
输出类型: CMOS,开路漏极
电压 - 电源,单路/双路(±): 1.8 V ~ 5.5 V
电压 - 输入偏移(最小值): 10mV @ 5.5V
电流 - 输入偏压(最小值): 1pA @ 5.5V
电流 - 输出(标准): 50mA
电流 - 静态(最大值): 130µA
CMRR, PSRR(标准): 66dB CMRR,70dB PSRR
传输延迟(最大): 80ns
磁滞: 5mV
工作温度: -40°C ~ 125°C
封装/外壳: SC-74A,SOT-753
安装类型: 表面贴装
包装: 标准包装
产品目录页面: 681 (CN2011-ZH PDF)
其它名称: MCP6566RT-E/OTDKR
38
DS580F6
CS8406
16.1.3.2 Two-Byte Mode
There are those applications in which the A and B channel status blocks will not be the same, and the user
is interested in accessing both blocks. In these situations, Two-Byte Mode should be used to access the E
buffer.
In this mode, a read will cause the CS8406 to output two bytes from its control port. The first byte out will
represent the A channel status data, and the 2nd byte will represent the B channel status data. Writing is
similar, in that two bytes must now be input to the CS8406's control port. The A channel status data is first;
B channel status data second.
16.2 AES3 User (U) Bit Management
The CS8406 U bit manager has two operating modes:
Mode 1. Transmit all zeros.
Mode 2. Block mode.
16.2.1
Mode 1: Transmit All Zeros
Mode 1 causes only zeros to be transmitted in the output U data, regardless of E buffer contents. This
mode is intended for the user who wants the output U channel to contain no data.
16.2.2
Mode 2: Block Mode
Mode 2 is very similar to the scheme used to control the C bits. Entire blocks of U data are buffered using
2 block-sized RAMs to perform the buffering. The user has access to the first buffer, denoted the E buffer,
through the control port. It is the only mode in which the user can merge his own U data into the transmit-
ted AES3 data stream. The U buffer access only operates in Two-Byte Mode, since there is no concept
of A and B blocks for user data. The ar rangement of the data is as followings: Bit15[A7] Bit14[B7]
Bit13[A6] Bit12 [B6]...Bit1 [A0] Bit0[B0]. The arrangement of the data in the each byte is that the MSB is
the first transmitted bit. The bit for the A subframe is followed by the bit for the B subframe.
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