Research

A Novel UWB Pulse Expander Using an Integrated Microstrip Splitter, Delay Lines, and a Combiner

A Novel UWB Pulse Expander Using an Integrated Microstrip Splitter, Delay Lines, and a Combiner Semenako, J.; Migla, S.; Solovjova, T.; Tihomorskis, N.; Rubuls, K.; Cirjulina, D.; Spolitis, S.; Aboltins, A. A Novel UWB Pulse Expander Using an Integrated Microstrip Splitter, Delay Lines, and a Combiner. Appl. Sci. 2024, 14, 11641. https://doi.org/10.3390/app142411641 Supplementary materials are available in the

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Articles

Passive Electrical and Optical Methods of Ultra-Short Pulse Expansion for Event Timer-Based TDC in PPM Receiver

Electronics | Free Full-Text | Passive Electrical and Optical Methods of Ultra-Short Pulse Expansion for Event Timer-Based TDC in PPM Receiver (mdpi.com) Aboltins, A.; Solovjova, T.; Semenako, J.; Kusnins, R.; Migla, S.; Sics, P.E.; Selis, O.; Tihomorskis, N.; Prigunovs, D.; Ostrovskis, A.; et al. Passive Electrical and Optical Methods of Ultra-Short Pulse Expansion for Event

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Research

TR-PPM optical test

TR-PPM optical tests have been conducted. Recently a successful TR-PPM optical transmission was made. This is a great achievement and another step closer to developing energy efficient data transmission schemes without a big data transmission speed compromise. As it can be seen from the picture above, at around 20 kilo-meters of optical cable was used

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