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"Fin Control Actuator System pada sebuah roket kendali merupakan hal yang penting karena pada modul ini roket dapat terbang sesuai arah yang kita inginkan dan dapat menyesuaikan diri dari keadaan sekitarnya. Pada penelitian ini, desain mekanik-elektrik pada fin control actuator system merupakan desain yang digunakan pada roket kendali RKX 200. Pada desain sebelumnya yang telah dilakukan masih belum mampu untuk mengendalikan roket dengan baik. Pemilihan motor, enkoder, sistem transmisi perlu dikaji ulang. Penelitian ini mencari kebutuhan torsi yang dilakukan dengan perhitungan numerik serta empiris, kemudian pemilihan motor serta sistem transmisi yang menggunakan roda gigi. Perancangan desain dilakukan dua kali untuk mendapatkan desain sesuai kebutuhan. Pembuatan prototype pada salah satu desain akan membantu dalam menguji performa pergerakkan sirip. Hasil dari pengujian ini memperlihatkan kecepatan respon kendali sangat cepat.

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Fin Control Actuator System on guided missile are important thing because on that module the missile can fly in direction that we wanted. Mechanical-electrical design of the fin actuator control system is basic design of RKX 200 guided missile. In fact, that existing design is still not able to properly control the rocket. Selection of the motor, encoder, and transmission system should be reviewed. Started from identifying requirement torque by numerical and empirical calculations, then selecting motor and transmission systems, such as gears, should be done. The design planning should be done twice to get best design as requirement. Prototypes Making will help in testing performance of movement fin. Result of control test show the respone time of system very fast."

"Stepping motor technology is well established and used for motion control, most notably for computer peripherals but also wherever digital control is employed. The book provides an introductory text which will enable the reader to both appreciate the essential characteristics of stepping motor systems and understand how these characteristics are being exploited in the continuing development of new motors, drives and controllers.A basic theoretical approach relating to the more significant aspects of performance is presented, although it is assumed throughout that the reader has no previous experience of electrical machines and is primarily interested in the applications of stepping motors."

"Based on the premise that simple problems should always be checked first, this practical, hands-on book/CD-ROM/ worktext package introduces the diagnosis and troubleshooting of automotive engine control systems. It serves users as a single source for information on digital storage oscilloscopes, fuel injection and ignition system diagnoses, five-gas exhaust analysis, emission testing, and more -- with a very technical but easy-to-read and understand presentation. Specific chapter topics cover the diagnostic process; diagnostic trouble code retrieval; technical service bulletins and scan tool data; digital multimeters and digital storage oscilloscopes; advanced starting and charging systems diagnosis; ignition system diagnosis; engine fuels and driveability diagnosis; advanced computer sensor diagnosis; computerized carburetor diagnosis; advanced electronic fuel-injection diagnosis; emission control device diagnosis; five-gas exhaust analysis; engine condition diagnosis; and symptom-based diagnosis."