THEORY AND GENERAL PRINCIPLES OF ELECTRICAL ENGINEERING, ELECTRONICS AND TELECOMMUNICATIONS
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BTELECTRICAL ENGINEERING
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UDC621.3.01
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Descriptor GERTHEORIE UND GRUNDBEGRIFFE DER ELEKTROTECHNIK, ELEKTRONIK, NACHRICHTENTECHNIK
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Descriptor ENGTHEORY AND GENERAL PRINCIPLES OF ELECTRICAL ENGINEERING, ELECTRONICS AND TELECOMMUNICATIONS
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Descriptor FRETHÉORIE ET PRINCIPES FONDAMENTAUX DE L ÉLECTROTECHNIQUE, DE L ÉLECTRONIQUE ET DE LA TÉLÉCOMMUNICATION
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Variant GERELEKTROTECHNIK/THEORIE UND GRUNDBEGRIFFE
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Variant GERELEKTRONIK/THEORIE UND GRUNDBEGRIFFE
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Variant GERNACHRICHTENTECHNIK/THEORIE UND GRUNDBEGRIFFE
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Variant GERGRUNDLAGEN/DER ELEKTROTECHNIK, ELEKTRONIK, NACHRICHTENTECHNIK
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Variant GERTHEORETISCHE ELEKTROTECHNIK
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Variant GERTHEORIE/ELEKTROTECHNIKTHEORIE
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Variant ENGELECTRONICS/THEORY AND GENERAL PRINCIPLES
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Variant ENGTELECOMMUNICATIONS/THEORY AND GENERAL PRINCIPLES
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Variant ENGTHEORETICAL ELECTRICAL ENGINEERING
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Variant ENGTHEORY/ELECTRICAL ENGINEERING THEORY
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Variant ENGELECTRICAL ENGINEERING/THEORY AND GENERAL PRINCIPLES
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Variant ENGFUNDAMENTALS OF ELECTRICAL ENGINEERING, ELECTRONICS AND TELECOMMUNICATION
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Variant FREÉLECTROTECHNIQUE/THÉORIE ET PRINCIPES FONDAMENTAUX
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Variant FREPRINCIPES/FONDAMENTAUX ET THEORIE DE L ÉLECTROTECHNIQUE
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Variant FREÉLECTRONIQUE/THÉORIE ET PRINCIPES FONDAMENTAUX
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Variant FRETÉLÉCOMMUNICATIONS/THÉORIE ET PRINCIPES FONDAMENTAUX
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NTENERGY TRANSMISSION, TRANSMISSION SYSTEMS, EARTHING (ELECTRICAL ENGINEERING)
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NTENERGY LOSSES, CURRENT HEAT LOSSES, LOSSES IN THE CONTACTOR, CUPPER LOSSES, HEATING, EFFICIENCY (ELECTRICAL ENGINEERING)
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NTFORMULAS, ELECTRICAL AND DIELECTRICAL QUANTITIES, ANALYSIS AND SYNTHESIS OF NETWORKS (ELECTRICAL ENGINEERING)
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NTDIAGRAMS, CHARACTERISTICS, CHARTS, EQUIVALENT NETWORKS (ELECTRICAL ENGINEERING)
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NTPOWER, TORQUE, CHARGE (ELECTRICAL MACHINES)
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NTMAGNETIC PHENOMENA (ELECTRICAL ENGINEERING)
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NTPHASE, FREQUENCY, SLIP, OSCILLATIONS, DISTORTION, WAVE FORMS, POWER FACTORS, SYNCHRONISM, ASYNCHRONISM (ELECTRICAL ENGINEERING)
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NTREDUNDANCY (ELECTRICAL ENGINEERING, ELECTRONICS)
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NTSWITCHING METHODS. CONNECTION METHODS. CONNECTING. DISCONNECTING (ELECTRICAL ENGINEERING)
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NTVOLTAGE PEAKS, OVERVOLTAGE, SURGE VOLTAGE, GLITCHES, SPIKES (ELECTRICAL ENGINEERING)
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NTCURRENT, POWER, VOLTAGE, RESISTANCE, FREQUENCY RANGES (ELECTRICAL ENGINEERING)
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NTCURRENT IMPULSE-, CURRENT PEAK DISTRIBUTION, MECHANICAL AND THERMAL EFFECTS, FAULT CURRENTS (ELECTRICAL ENGINEERING)
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NTTRANSMISSION PROPERTIES (ELECTRICAL ENGINEERING)
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NTRELIABILITY IN ELECTRICAL ENGINEERING, ELECTRONICS, MICROELECTRONICS AND TELECOMMUNICATIONS