A Low-Power,Miniaturized Short-Wave Infrared Imaging Circuit Design
Short-wave infrared(SWIR),which combines the imaging advantages of visible light and thermal infrared(TIR),has achieved rapid development in recent years.Existing short-wave infrared cameras are mostly used in airborne or vehicle platforms,which can track and identify fast-moving targets,but there are problems such as larger size and weight,higher power consumption and cost,which limits the promotion of them in the civilian direction.Aiming at this problem,a low-power,low-cost,miniaturized short-wave infrared imaging component solution is proposed to reduce the frame rate to streamline the signal processing architecture.The domestic low-power Field-Programmable Gate Array chip is selected.The power supply efficiency is improved.Under the premise of guaranteeing the signal-to-noise ratio,the single-board area is reduced to 38 mmx38 mm,the power consumption is 2.8 W under normal working condition,which significantly optimizes the size and power consumption of the short-wave infrared camera,reduces the loading requirements,and plays a certain role in promoting the civil direction.
InGaAs detectorlow power consumptionshort-wave infravedfully differential operational amplifierTEC temperature control
万方数据
维普
