This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Engine Sensors: State of the Art
Annotation ability available
Sector:
Language:
English
Abstract
Demands for new sensors for application to transportation electronics control systems are well established. State of the art of new sensors which have been applied or recently developed for use in transportation electronics systems are reviewed. Developments of five different types of sensors are discussed. These developments include: four designs of magnetic-based torque sensors, three designs of lean air-fuel ratio sensors, two designs of cylinder pressure sensors, one design of a mass air flow sensor, and a new use of a crankshaft position sensor.
Recommended Content
Technical Paper | Some More Diesel Engine Sensors |
Technical Paper | Balancing IC Engine Torque Via Individual Cylinder Spark Control |
Technical Paper | A New Family of Nonlinear Observers for SI Engine Air/Fuel Ratio Control |
Authors
Citation
Fleming, W., "Engine Sensors: State of the Art," SAE Technical Paper 820904, 1982, https://doi.org/10.4271/820904.Also In
References
- Jones T. O. “The Challenge of Automotive Electronics in the U.S.A.” October 28 1974 33 75
- Jones T. O. Ziomek J. F. “The World Automotive Electronics Market” September 15 1980
- Mahoney J. J. “Detroit and Microprocessors” High Technology February 1980 70 76
- McCarter O. T. “Environmental Guidelines for the Designer of Automotive Electronic Components” SAE Paper 740017 February 1974
- Wolber W. G. “A Worldwide Overview of Automotive Engine Control Sensor Technology” SAE Paper 780207 February 27 1978
- Wolber W. G. “Automotive Engine Control Sensors ’80” SAE Paper 800121 February 25 1980
- Wolber W. G. Chicot B. “Onboard Sensors for Microcomputer-Based Diagnostic Systems in Heavy Trucks” SAE Paper 810378 February 23 1981
- Fleming W. J. “Automotive Torque Measurement: A Summary of Seven Different Methods” IEEE Trans. on Vehicular Technology VT-31 November 1982
- Angeid E. “Noncontacting Torquemeters Utilizing Magneto-Elastic Properties of Steel Shafts” ASME Paper 69-GT-64, Presented at the Gas Turbine Conference March 9 1969
- Scoppe F. E. “Magnetostrictive Torque Transducer” Instrumentation Technology 16 October 1969 95 99
- Fleming W. J. Wood P. W. “Noncontact Miniature Torque Sensor for Automotive Application” SAE Paper 820206 February 22 1982
- Forster B. M. “A Microprocessor Controlled Overdrive for Optimisation of Fuel Consumption” SAE Paper 820391 February 22 1982
- Miller A. L. “Microcomputer Controlled Automatic Transmission” SAE Paper 820394 February 22 1982
- 1951 595 712
- Beth R. Meeks W. “Magnetic Measurement of Torque in a Rotating Shaft” Review of Scientific Instruments 25 June 1954 603 607
- Carter G. W. “Alternating Field Phenomena in Conductors” Second Edition American Elsevier Publishing Company, Inc. New York 1967 243 260
- Van Bladel J. “Electromagnetic Fields in the Presence of Rotating Bodies” Proc. IEEE 64 March 1976 301 318
- Karidis J. P. Turns S. R. “Fast-Acting Electromagnetic Actuators -- Computer Model Development and Verification” SAE Paper 820202 February 22 1982
- Dahle O. “The Torductor and the Pressductor, Two Magnetic Stress - Gauges of New Type” 25 5 1954 221 238
- Dahle O. “The Ring Torductor - A Torque-Gauge Without Slip Rings, for Industrial Measurement and Control” ASEA Journal 33 3 1960 23 32
- Drakensjo I. “Torsiometers Based on the Torductor Torque Transducer” ASEA Journal 43 2 1970 27 30
- Logothetis E. Park K. Meitzler A Laud K. “Oxygen Sensors Using Co0 Ceramics” Applied Physics Letters 26 February 15 1975 209 211
- Heijne L. Beekmans N. Poolman P. Eijnthoven R. “Gas Analysis Apparatus” September 23 1975
- Hetrick R. Fate W. Vassell W. “Oscillatory-Mode Oxygen Sensor” IEEE Trans. Electron Devices January 1982 129 132
- Haaland D. “Internal-Reference Solid-Electrolyte Oxygen Sensor” Analytical Chemistry 49 October 1977 1813 1817
- Velasco G. Schnell J. Croset M. “Thin Solid State Electrochemical Gas Sensor” Solid State Transducers Symposium, Materials Research Society, 1981 Annual Meeting November 16 1981
- Croset M. Schnell J. Velasco G. Siejka J. “Composition, Structure, and ac Conductivity of rf-Sputtered Calcia-Stabilized Zirconia Thin Films” J. Applied Physics 48 February 1977 775 780
- Bowler L. “Electronic Fuel Management--Fundamentals” SAE Paper 800539 February 25 1980
- Sasayama T. et al “A New Electronic Engine Control System Using a Hot-Wire Air Flow-Sensor” SAE Paper 820323 February 22 1982
- Barnicoat G. Thorne G. Joy R. “An Automotive Mass Airflow Sensor” Proc. Second International Conference on Automotive Electronics, IEE October 29 1979 150 154
- Sasaki T. et al “A Karman Vortex Airflow Sensor” SAE Paper 820322 February 22 1982
- Maisch W. “KE-Jetronic -- A New Continuously Injecting Electronically Controlled Multipoint Injection System with Limp-Home Capability” SAE Paper 820253 February 22 1982
- Meyer E. Graham K. Kenyon B. Kissel W. “Outstanding Features of Chrysler’s New Electronic Fuel and Engine Control System” SAE Special Publication SP-90, Proceedings of Convergence ’80 September 15 1980
- Brooks E. Trenne M. “A Review of Air Flow Sensor Concepts” Proc. - National Electronics Conference Chicago, IL October 29 1979 476 480
- Mortara W. Rinolfi R. “Current and Future Needs for Engine Electronic Control Sensors” Proc. - International Symposium on Automotive Technology & Automation 1 September 10 1979 31 46
- Randall K. Powell J. D. “A Cylinder Pressure Sensor for Spark Advance Control and Knock Detection” SAE Paper 790139 February 26 1979
- Miyamoto N. Murayama T. Gotoh S. “Unique Measuring Method of Indicator Diagrams Using Strain History of Head Bolts” SAE Paper 800983 September 8 1980
- Leung C. Schira J. “Digital Analyzer for Internal Combustion Engines” SAE Paper 820207 February 22 1982
- Latsch R. Mausner E. Bianchi V. “Experiences with a New Method for Measuring the Engine Roughness” Proc. - International Symposium on Automotive Technology & Automation 2 September 10 1979 306 319