With　the　improvement　of　the　performance　of　InGaAs　short-wave　infrared　(SWIR)　detector,　the　application　of　InGaAs　short-wave　infrared　(SWIR)　detector　is　more　and　more　widely　in　the　fields　of　low-light　imaging,　precision　guidance,　space　detection,　material　analysis,　industrial　process　control,　biomedicine,　etc.　Due　to　the　military　sensitivity　in　the　application　field　of　HF　infrared　detectors,　foreign　HF　infrared　detectors　with　high　resolution　and　high　frame　rate　are　prohibited　from　domestic　use　according　to　relevant　regulations.　Therefore,　it　is　of　practical　significance　to　give　full　play　to　the　performance　of　domestic　InGaAs　short-wave　infrared　detector　through　circuit　design.　In　this　paper,　a　peripheral　circuit　scheme　which　can　support　8-channel　parallel　output　is　proposed　for　an　InGaAs　640×512　15μm　short-wave　infrared　detector　manufactured　by　GHOPTO,　and　the　key　circuits　are　simulated　and　verified　by　LT　Spice.　The　simulation　results　show　that　this　scheme　can　give　full　play　to　the　performance　of　this　short-wave　infrared　detector,　and　achieve　the　maximum　358Hz　frame　frequency　640×512　image　output.　©　2023　Copyright　held　by　the　owner/author(s).