A high power high frequency laser diodes driver

P. Yankov, D. Todorov
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引用次数: 4

Abstract

Summary form only given. A new high power laser diode driver has been developed and tested. The possibilities for driving high power laser diode bars and stacks at high frequencies has been shown. The driver is with 0.5% noise and ripple at DC, and can be modulated with 15 ns rise/fall times at 100 A, with maximum frequency for square wave modulation up to 5 MHz. The spikes for the optical output at switching on/off do not exceed 5%. The limitation of the used scheme allows frequencies up to 30 MHz and currents to 400 A to be reached. The driver opens new applications with laser diodes with more than 100 W CW output power. This output power means free space communication at 20 Mbit/s over hundreds of kilometres, the possibility for a 3D range finder with 15 km distance (without a retro prism) and 1 cm distance accuracy, new possibilities for micro machining, synchro pumping solid state lasers or other semiconductor lasers, etc.
一种大功率高频激光二极管驱动器
只提供摘要形式。研制并测试了一种新型大功率激光二极管驱动器。在高频率下驱动高功率激光二极管条和堆叠的可能性已经被证明。该驱动器在直流时具有0.5%的噪声和纹波,在100 A时可进行15 ns的上升/下降时间调制,方波调制的最大频率可达5 MHz。光输出在开/关时的峰值不超过5%。所使用方案的限制允许频率高达30mhz,电流达到400a。该驱动器开启了具有超过100 W连续输出功率的激光二极管的新应用。这种输出功率意味着在数百公里内以20mbit /s的自由空间通信,具有15公里距离(没有复古棱镜)和1厘米距离精度的3D测距仪的可能性,微加工,同步泵浦固态激光器或其他半导体激光器等的新可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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