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Development of ruggedized timer and temperature sensor packaging for 300°C/30kpsi downhole environment

机译:开发适用于300°C / 30kpsi井下环境的坚固型计时器和温度传感器包装

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While the advantages of high temperature electronics in the form of hermetic ceramic packaging are numerous, their deployments are being limited by the maximum environmental pressure. Literature [1] has shown that to withstand 30kpsi pressure for instance, a flat ceramic lid of at least 3mm will be required for a cavity size of 10.16mm × 10.16mm. Lid thickness will have to increase if the cavity size is increased. However, by filling the cavity with high temperature endurable material, thickness requirement can be eliminated from consideration, maintaining low package profile [2]. The approach has been demonstrated through a timer / temperature sensor circuitry embedded in a 31.75mm × 10.92mm cavity and successfully passed a combined HPHT of 30kpsi and 300°C until the end of targeted 200 hours.
机译:尽管以密封陶瓷包装形式存在的高温电子设备的优点很多,但其部署受到最大环境压力的限制。文献[1]表明,例如,要承受30kpsi的压力,则对于10.16mm×10.16mm的腔体,至少需要3mm的扁平陶瓷盖。如果腔尺寸增加,则盖厚度将必须增加。但是,通过用耐高温材料填充空腔,可以消除厚度要求,并保持较低的封装轮廓[2]。该方法已通过嵌入31.75mm×10.92mm腔体中的计时器/温度传感器电路进行了演示,并成功通过了30kpsi和300°C的组合HPHT,直到目标200小时结束。

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