Design of Missile Borne Data Recovery System Based on Accelerometer

Shuren Lian; Yunbo Shi; Dan Zhi; Zhiwei Kou; Hengzhen Feng; Huilinag Cao

Design of Missile Borne Data Recovery System Based on Accelerometer

Shuren Lian, Yunbo Shi, Dan Zhi, Zhiwei Kou, Hengzhen Feng, Huilinag Cao

North University of China

Research output: Contribution to journal › Article › peer-review

4 Citations (Scopus)

Abstract

According to the requirements of real-time high precision and high speed acquisition for the multi channel signals in projectile penetrating, a kind of missile-borne recovery system based on MEMS acceleration sensor was designed in this paper. This system used FPGA chip XC3S400 as the main control unit of the circuit. The analog to digital conversion was realized by controlling the A/D converter( AD7934 ), and the collected data was cached by the FIFO and uploaded to the PC for display and analysis through USB3.0 interface chip CYUSB3014. The experimental result showed that the missile-borne recovery system had the features of rapid and accurate data transmission, no wrong frame and lost frame, and it can satisfy the need of the actual project. The proposed system has been successfully applied to the projectile penetration test with small size, low power consumption and high reliability.

Original language	English
Pages (from-to)	316-320
Number of pages	5
Journal	Yadian Yu Shengguang/Piezoelectrics and Acoustooptics
Volume	39
Issue number	2
Publication status	Published - 1 Apr 2017
Externally published	Yes

Keywords

CYUSB3014
Data recovery
MEMS acceleration sensor
Missile borne penetration
USB3.0
XC3S400

Cite this

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title = "Design of Missile Borne Data Recovery System Based on Accelerometer",

abstract = "According to the requirements of real-time high precision and high speed acquisition for the multi channel signals in projectile penetrating, a kind of missile-borne recovery system based on MEMS acceleration sensor was designed in this paper. This system used FPGA chip XC3S400 as the main control unit of the circuit. The analog to digital conversion was realized by controlling the A/D converter( AD7934 ), and the collected data was cached by the FIFO and uploaded to the PC for display and analysis through USB3.0 interface chip CYUSB3014. The experimental result showed that the missile-borne recovery system had the features of rapid and accurate data transmission, no wrong frame and lost frame, and it can satisfy the need of the actual project. The proposed system has been successfully applied to the projectile penetration test with small size, low power consumption and high reliability.",

keywords = "CYUSB3014, Data recovery, MEMS acceleration sensor, Missile borne penetration, USB3.0, XC3S400",

author = "Shuren Lian and Yunbo Shi and Dan Zhi and Zhiwei Kou and Hengzhen Feng and Huilinag Cao",

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T1 - Design of Missile Borne Data Recovery System Based on Accelerometer

AU - Lian, Shuren

AU - Shi, Yunbo

AU - Zhi, Dan

AU - Kou, Zhiwei

AU - Feng, Hengzhen

AU - Cao, Huilinag

PY - 2017/4/1

Y1 - 2017/4/1

N2 - According to the requirements of real-time high precision and high speed acquisition for the multi channel signals in projectile penetrating, a kind of missile-borne recovery system based on MEMS acceleration sensor was designed in this paper. This system used FPGA chip XC3S400 as the main control unit of the circuit. The analog to digital conversion was realized by controlling the A/D converter( AD7934 ), and the collected data was cached by the FIFO and uploaded to the PC for display and analysis through USB3.0 interface chip CYUSB3014. The experimental result showed that the missile-borne recovery system had the features of rapid and accurate data transmission, no wrong frame and lost frame, and it can satisfy the need of the actual project. The proposed system has been successfully applied to the projectile penetration test with small size, low power consumption and high reliability.

AB - According to the requirements of real-time high precision and high speed acquisition for the multi channel signals in projectile penetrating, a kind of missile-borne recovery system based on MEMS acceleration sensor was designed in this paper. This system used FPGA chip XC3S400 as the main control unit of the circuit. The analog to digital conversion was realized by controlling the A/D converter( AD7934 ), and the collected data was cached by the FIFO and uploaded to the PC for display and analysis through USB3.0 interface chip CYUSB3014. The experimental result showed that the missile-borne recovery system had the features of rapid and accurate data transmission, no wrong frame and lost frame, and it can satisfy the need of the actual project. The proposed system has been successfully applied to the projectile penetration test with small size, low power consumption and high reliability.

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KW - MEMS acceleration sensor

KW - Missile borne penetration

KW - USB3.0

KW - XC3S400

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Design of Missile Borne Data Recovery System Based on Accelerometer

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Keywords

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