Optically coupled precision timing is required in applications where time measurement is a critical feature. Precision time base, with digitally controllable step features makes OTEC’s FPGA based optically coupled precision timing generator unique in its class. Implementation of up to 30 coordinated timing channels with individual channel controls is performed using OTEC-custom timing IP. Add to that back end data acquisition, error detection, and trigger controls makes a complete, unique timing solution.

Implemented using FPGA technology from Intel-PSG; OTEC’s Cyclone 10CL based generator keeps end product costs manageable. Developed using Intel-PSG Platform-builder, OTEC’s timing IP may be mixed and matched for flexibility. Platform builder aware modules from OTEC greatly speed up algorithm development while being highly flexible and low cost.

Implemented as a micro-coded state machine, programmable multi-channel precision timing is realized on a pattern by pattern basis. Advanced triggering features together with deep timing pattern memory permits the implementation of endless timing sequences. Fine tuning of channel-to-channel performance with low jitter and clean signal integrity complete the overall circuit board design.