Application Note
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| Document No. | Subject | Abstract |
|---|---|---|
| AN001021 | Eye quality and BER | |
| AN001206 | TMC-8D42-002 | TMC-8D42-002 |
| AN010412 | Characteristic report of TMC-8D43, Temperature testing and bandwidth calculation | TMC-8D43 |
| AN010608 | Sensitivity of PINTIA with Different TIA | TMC-8D43, TMC-1C43 |
| AN010730 | Solution for data rate < 155Mbps NRZ fiber communication : The VCSEL with a simple TTL driving circuit | TTR-302 |
| AN030705 | Alternative of 155Mbps PINTIA products | |
| AN030805 | Pin-out Assignment of PINTIA Products | 155Mbps~4Gbps TO-can with regular 4-leads configuration |
| AN031129 | Temperature Compensation for Oxide VCSEL TOSA | |
| AN040320 | Pin-out Assignment of PINTIA ROSA Products | 155Mbps~4.25Gbps PINTIA TO-Can / ROSA with regular 4-leads configuration. |
| AN040420 | Pin-out Assignment of 5pin PINTIA TO-can/ROSA Products | 155 Mbps ~ 4 Gbps PINTIA TO-can/ROSA with 5-leads configuration. |
| AN040910 | Sensitivity Distribution of 155 Mbps PINTIA Products | AN-040831 |
| AN041021 | Circuit design for improving the sensitivity of the receiver | |
| AN050118 | Circuit Design for Improving the Performances of the Transceivers by using MAX3645 and MAX3646 | |
| AN080307 | Suggested circuit design to avoid risks of current over-driving or EOS for TTR-1F(D)43-107/207, TTR-1F(D)43-157/257, TTR-1F(D)43-147/247/, TTR-1F43-127/227 | MAX3646 |
| AN090720 | GE-PON 1000BASE-PX10 and 1000BASE-PX20 transmitter spectral limits | As adopted in IEEE 802.3ah for 1000BASE-PX standard, the demand specification in physical layer is designated as PX10 for 10-km version of transmission distance and PX20 for 20-km version. The maximum RMS spectral widths for PX10 and PX20 optical transmitter are also specified in IEEE 802.3ah. |
| AN090810 | Working Instruction of APDTIA Products | For successful optical sub-assembly and transceiver design of APDTIA, it is essential to align and test carefully to have good performance and prevent APDTIA damaged. This application note will address how the procedure should be done, and the operation voltage supplied on an APDTIA TO. This provides customers a quick preview about the assembly and testing procedure of APDTIA at room temperature. 1. Alignment 2. Sensitivity measurement |