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AFBR-57F5PZ

更新时间： 2024-01-17 05:01:35
品牌 Logo 应用领域
安华高科 - AVAGO 通信放大器光纤
页数 文件大小 规格书
22页 517K
描述
Low Voltage (3.3V) Fibre Channel Optical Transceiver

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AFBR-57F5PZ 技术参数

是否Rohs认证：符合生命周期：Active
Reach Compliance Code：compliantECCN代码：EAR99
HTS代码：8517.62.00.50风险等级：1.41
Is Samacsys：N主体宽度：13.6 mm
主体高度：8.6 mm内置特性：AMPLIFIER
通信标准：GR-1089连接类型：LC CONNECTOR
数据速率（接收）：14025 Mbps数据速率（发送）：14025 Mbps
发射极/检测器类型：LASER光纤设备类型：TRANSCEIVER
光纤类型：50/125, MMFJESD-609代码：e4
安装特点：PANEL MOUNT最高工作温度：70 °C
最低工作温度：最大工作波长：860 nm
最小工作波长：840 nm标称工作波长：850 nm
标称光功率输出：0.16 mW最小回损：12 dB
最大供电电压：3.465 V最小供电电压：3.135 V
标称供电电压：3.3 V表面贴装：NO
端子面层：Gold (Au)Base Number Matches：1

AFBR-57F5PZ 数据手册

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Special Operation Functions:  
Pre  
Amp  
Pre  
Amp  
Post  
Amp  
Rx Vout &  
Emphasis  
Post  
Amp  
Rx Vout &  
Emphasis  
Rx  
CDR  
Rx  
CDR  
µcontroller  
µcontroller  
Laser  
Driver  
Tx EQ  
Laser  
Driver  
Tx EQ  
Tx  
CDR  
Tx  
CDR  
Figure 2a. OWRAP Functionality (i2c controlled)  
Figure 2b. EWRAP Functionality (i2c controlled)  
Electrical and optical high speed data “wrap” functions are enabled to assist with local host or remote diagnostic and  
optimization sequences. Optical data wrap (OWRAP) takes a received optical signal through a CDR jitter cleanup and  
retransmits it optically out. Electrical data wrap (EWRAP) takes an incoming electrical signal through a CDR jitter cleanup  
and retransmits it electrically out. An optional pass-through function is available to transmit outbound the wrapped  
information, controlled through i2c commands.  
Pre  
Amp  
Pre  
Amp  
Post  
Amp  
Rx Vout &  
Emphasis  
Post  
Amp  
Rx Vout &  
Emphasis  
Rx  
CDR  
Rx  
CDR  
µcontroller  
µcontroller  
i2c setting  
i2c setting  
Laser  
Driver  
Tx EQ  
Laser  
Driver  
Tx EQ  
Tx  
CDR  
Tx  
CDR  
Figure 2c. SFP Tx Variable Input Electrical EQ (i2c controlled)  
Figure 2d. SFP Rx Variable Output Electrical Emphasis (i2c controlled)  
The electrical SFP input stage (TD +/-) has been enhanced with features to allow host control and optimization of the  
transceiver’s input equalization settings. The host can then select, in situ, the most appropriate SFP setting for a given  
interconnect scenario.  
The SFP electrical output stage (RD+/-) has been enhanced with variable output emphasis features to allow host control  
and optimization of the receiver’s output settings. The host can then select, in situ, the most appropriate SFP setting for  
a given interconnect scenario. To assist with optimizing the receiver output setting, the user can have data transmitted  
by the SFP to a host ASIC by using EWRAP to loop back host generated traffic or can use a remotely generated optical  
signal as a data source for SFP and interconnect training.  
Table 2. Rate Select Function  
Function  
State  
Explanation  
Rx Rate Select  
RS(0)  
High  
Receive Rate Select HIGH engages the internal Rx CDR. The CDR will look for valid 16GFC traffic and  
lock within 500us when found. Due to differences in coding, this CDR will not be able to lock on valid  
8GFC or 4GFC traffic.  
Low  
Receive Rate Select LOW bypasses the internal Rx CDR. This is intended for use only with 8GFC and  
4GFC traffic. When set low, the SFP behaves like a legacy SFP.  
Tx Rate Select  
RS(1)  
High  
Transmit Rate Select HIGH engages the internal Tx CDR. The CDR will look for valid 16GFC traffic and  
lock within 500us when found. Due to differences in coding, this CDR will not be able to lock on valid  
8GFC or 4GFC traffic.  
Low  
Transmit Rate Select LOW bypasses the internal Tx CDR. This is intended for use only with 8GFC and  
4GFC traffic. When set low, the SFP behaves like a legacy SFP.  
Note: During Fibre Channel Link Speed Negotiation sequences, the host will control Tx Rate and Rx Rate inputs separately to accomplish link initial-  
ization. Once speed negotiation is complete, it is expected both Tx Rate and Rx Rate will be placed in the same state by the host.  
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