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Design of a high-speed, all-digital, precision temperature regulator for a floated inertial platform

机译：为浮动惯性平台设计高速，全数字，精密温度调节器

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by Richard James Casler, Jr.

机译：由Richard James Casler，Jr.

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Casler Richard James;
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年度 1975
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原文格式 PDF
正文语种 eng
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1. Digital Stabilization of Motion of Precision Controlled Base Platforms with Inertial Sensitive Elements. I. Application of Float Angular Velocity Sensor [J] . E. A. Deputatova, D. M. Kalikhman, A. V. Poiushkin, Journal of Computer and Systems Sciences International . 2011,第1期

机译：具有惯性敏感元件的精密控制基础平台运动的数字稳定。一，浮子角速度传感器的应用
2. Digital Stabilization of Motion of Precision Controlled Base Platforms with Inertial Sensitive Elements. II. Application of Float Angular Velocity Sensor and Pendulum Accelerometers [J] . E. A. Deputatova, D. M. Kalikhman, A. V. Polushkin, Journal of Computer and Systems Sciences International . 2011,第2期

机译：具有惯性敏感元件的精密控制基础平台运动的数字稳定。二。浮子角速度传感器和摆加速度计的应用
3. Untwisting Spin Low-Cost Platform Design Used for Strap-Down Inertial Navigation System in High-Speed Spin Flight Vehicle [J] . Decheng Wang, Hui Lin, Rong Qi Transactions of the Japan society for aeronautical and space sciences . 2014,第6期

机译：高速自旋飞行器捷联惯性导航系统的解旋自旋低成本平台设计
4. High-precision stabilization control for a floated inertial platform [C] . Li Anliang, Hong Cai, Zhang Shifeng, . 2013

机译：浮动惯性平台的高精度稳定控制
5. Precision temperature control of a high-speed, distributed, non-steady-state, thermal system using a finite-element-based model. [D] . Chen, Michael Min. 2001

机译：使用基于有限元素的模型对高速，分布式，非稳态热系统进行精确的温度控制。
6. Economical High–Low Temperature and Heading Rotation Test Method for the Evaluation and Optimization of the Temperature Control System for High-Precision Platform Inertial Navigation Systems [O] . Qiang Yang, Rong Zhang, Haixia Li 2018

机译：高精度平台惯性导航系统温度控制系统评估与优化的经济高低温航向旋转测试方法
7. Economical High–Low Temperature and Heading Rotation Test Method for the Evaluation and Optimization of the Temperature Control System for High-Precision Platform Inertial Navigation Systems [O] . Qiang Yang, Rong Zhang, Haixia Li 2018

机译：高精度平台惯性导航系统温度控制系统评估和优化的经济高低温和旋转试验方法

Design of a high-speed, all-digital, precision temperature regulator for a floated inertial platform

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