P1RX4A-SX4-V-01 Omron, P1RX4A-SX4-V-01 Datasheet
P1RX4A-SX4-V-01
Specifications of P1RX4A-SX4-V-01
Z2548
Related parts for P1RX4A-SX4-V-01
P1RX4A-SX4-V-01 Summary of contents
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... OMRON MRON ETWORK RODUCTS P1TX/RX4A-SX4 Interface Information & Reference Designs ORIGINATOR: B. Peters Omron SX4 Reference Design ® LAST REVISED BY: B. Peters 5/23/07 P1xX4A-SX4-01 Reference Designs Rev 2.4 APPROVED BY: REV DOCUMENT NO. 2.4 DOC00617 1 11 SHEET OF ...
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... Block Diagram ........................................................................................................ 3 2.0 Microcontroller Circuit Design............................................................................... 3 3.0 Microcontroller Interface ........................................................................................ 4 4.0 I and I Settings ............................................................................................... 5 bias mod 5.0 Mounting Configurations........................................................................................ 7 ORIGINATOR: B. Peters Omron SX4 Reference Design ® LAST REVISED BY: B. Peters 5/23/07 P1xX4A-SX4-01 Reference Designs Rev 2.4 APPROVED BY: REV DOCUMENT NO. 2.4 DOC00617 2 11 SHEET OF ...
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... RODUCTS 1.0 End of Life The P1TX4A-SX4 and P1RX4A-SX4 will be replaced by the P1TX4C-SX4 and P1RX4C-SX4 in 2007. The new version will be compatible, via only change to the microcontroller code, with designs that adhere to Omron’s reference design guidelines. This document only addresses the P1TX4A-SX4 and P1RX4A-SX4. ...
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... Tx-01 as follows: Function Laser Bias Output Current Laser Modulation Output Current Laser Modulation Current Tempco Wave Control Register 1 Wave Control Register 2 Wave Control Register 3 Wave Control Register 4 Status and Control Register ORIGINATOR: B. Peters Omron SX4 Reference Design ® Register Address BIt Number ...
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... RODUCTS 4.1 Software To assist you in programming your microcontroller to work with Omron’s OSAs, Omron can provide (upon written request) two pre-written, ready-to-load software files. The first file (s7022_tiny12.hex) is the flash file and the second file (s7022_initial_eeprom.eep) is the initial eeprom file. The initial Bias and ...
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... Because of normal variations in laser characteristics, the I P1TX4-SX4 is shipped with documentation showing its optical I such, Omron strongly recommends that any system using the P1TX4-SX4 should be designed to allow access to the microcontroller, and the ability to enter specific the codes for registers 1 and 2 to match the appropriate setting. ...
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... Reference Design for TOSA Input Circuit The enclosed schematics are provided as a reference design for creating an input circuit to the P1TX4A-SX4-01. Omron highly recommends including all coupling capacitors. Excluding the coupling capacitors will jeopardize interoperability with future revisions of this product. Input ...
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... OMRON MRON ETWORK RODUCTS ORIGINATOR: B. Peters Omron SX4 Reference Design ® LAST REVISED BY: B. Peters 5/23/07 P1xX4A-SX4-01 Reference Designs Rev 2.4 APPROVED BY: REV DOCUMENT NO. 2.4 DOC00617 8 11 SHEET OF ...
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... Reference Design for ROSA Output Circuit Output C11 - C18 LVDS 0.1μF LVPECL 0.1μF CML Short TMDS Short ORIGINATOR: B. Peters Omron SX4 Reference Design ® LAST REVISED BY: B. Peters 5/23/07 P1xX4A-SX4-01 Reference Designs Rev 2.4 APPROVED BY: REV DOCUMENT NO. 2.4 DOC00617 9 11 ...
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... ETWORK RODUCTS 8.0 Using the Omron Connector The following pin map can be used to assist when designing-in the Omron flex connector to be used with the Omron ROSA or TOSA. For description of pins, see the OSA data sheet. Mating Board Pads (Top View) ZIF ...
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... Top Connect For those with space available on the CDR board, the flex can be connected to the top of the main CDR board via a ZIF connector (e.g. Omron P/N XF2B-2745-31A). 9.2 Bottom-connect For those with space constraints, the flex circuit can be connected to the bottom of the main board via the ZIF connector ...
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... Seller within 30 days of receipt of shipment. III. PRECAUTIONS 1. Suitability THE BUYER’S SOLE RESPOINSIBILITY TO ENSURE THAT ANY OMRON PRODUCT IS FIT AND SUFFICIENT FOR USE IN A MOTORIZED VEHICLE APPLICATION. BUYER SHALL BE SOLELY RESPONSIBLE FOR DETERMINING APPROPRIATENESS OF THE PARTICULAR PRODUCT WITH RESPECT TO THE BUYER’ ...