本論文將開發出一盞聚魚燈，能滿足釣魚時的所有需求，以此為開發產品的研究的目標。整個釣魚過程中主要有兩項需求，第一項為夜間釣魚時需要白光照明，第二項為需要一盞聚魚燈能夠聚集魚群使捕獲數量增加，因此一盞聚魚燈需要滿足這兩項需求，需要可調光的特性。
聚魚燈光源使用LED，LED所使用的元件是由多種有色螢光粉與不同波長的晶粒所組成，而晶粒包含綠光晶粒( λpeak=530nm )、紫光晶粒( λpeak=412nm )和藍光晶粒( λpeak=452nm )，光膠層是由黃色與兩種綠色螢光粉與透明矽膠混合，並透過不同濃度不同比例的螢光粉片來確定目標光譜，使一顆LED能達到白光照明與滿足魚眼視覺函數之光譜，本論文實驗結果，演色性Ra 80 相關色溫9283K的白光照明和與魚眼(鯉魚)視覺函數覆蓋率90%之光譜。
將此LED各項數據匯入模擬軟體，並建構出水下聚魚燈之產品雛形，並進行其產品的光學模擬，離燈源20m處光衰減趨近於零，離燈源5m處輻射通量約為1.94 ( W / m2 )，能達到釣魚時聚集魚群之需求。

This paper will develop a fishing lamp can meet all requirements for fishing, based on this research to product development goals. Whole fishing process there are two main requirements first need white light for night fishing lights, for the second item needed a poly fish lamp can gather fish capturing increased, a poly fish lamp needs to meet these two requirements, required tunable optical properties.
Fishing lights source using light emitting diode (LED). The LED is based on the principle of a multiple phosphors blend excited by different wavelengths and their combinations. Furthermore, the LED is comprised of three excitation chips of which are a green light chip (λpeak=530nm) and a purple light chip (λpeak=408nm) and a blue light chip (λpeak=466nm); the phosphor blend is mixing transparent resin with yellow and two species green phosphors, and through phosphor tablets experiment to determine target spectrum. Make a LED can reach white lighting and meet the spectrum of fish-eye vision function. In this paper, experimental results,
CRI Ra 80, correlated color temperature of 9283K white light illumination and the spectrum a fish-eye (Carp) coverage of 90% of the fish-eye (Carp) visual function.
The LED data into the simulation software and construction of fishing lights under water product prototype and its optical simulation of products, away from the light source light attenuation 20 m approaching zero, away from the light source 5m radiant flux is about 1.94 (W/m2), to reach the needs of fishing.

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