High frequency modeling and characterization of high performance DFB laser modules

Uncooled high-speed DFB lasers for gigabit ethernet applications

“…Recently, material incorporating Nitrogen have been presented, showing very-promising results in terms of excellent T 0 [14,15,16,17]. Lateral structures have a terrific influence on the high temperature performance of buried structures, since they should prevent current leakage paths at high temperature, as well as introduce as low as possible parasitic effects [18,19]. PNPN stack layer represents the best solution in terms of temperature performances, even if the high parasitics of the stack should be dramatically reduced (by using trenches) to allow high-speed operation.…”

High-Frequency Modeling and Optimization of E/O Response and Reflection Characteristics of 40 Gb/s EML Module for Optical Transmitters

“…Lee and others proposed a complete small-signal model of a butterfly-type 2.5 Gb/s DFB laser module [8]. Delpiano and others described a high-frequency model of a DFB laser module with which they analyzed and optimized the main factors contributing to the bandwidth limitation of the module [9]. A small-signal equivalent TO-type package laser module was presented by Zhu and others, where the effects of each element on the high-frequency response were analyzed [10].…”

Advances in High-Power Laser Diode Packaging

“…Epi-side down bonding also eliminates the trade-off problem between high-frequency modulation (Delpiano et al, 1994) and temperature control. In a laser diode package, three forms of electrical parasitics were present; intrinsic diode, external chip and package parasitics.…”