Elektrische Meßgeräte und Meßverfahren

Pflier, Paul M.; Jahn, Hans; Jentsch, Gerhard

doi:10.1007/978-3-662-06964-6

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Sinusformige Mefsgrofsen1

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1979

2000

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Cited by 8 publications

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“…Als MeBgroBe ist jedoch in der Regel der Effektivwert, also der quadratische Mitlelwert, von Interesse [1,2]. Die Gleichrichtung konnte bei unipolaren GroBen natiirlich entfallen.…”

Section: Sinusformige Mefsgrofsenunclassified

Simulation von Meßschaltungen

Pfeiffer¹

1994

Springer-Lehrbuch

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“…Als MeBgroBe ist jedoch in der Regel der Effektivwert, also der quadratische Mitlelwert, von Interesse [1,2]. Die Gleichrichtung konnte bei unipolaren GroBen natiirlich entfallen.…”

Section: Sinusformige Mefsgrofsenunclassified

Simulation von Meßschaltungen

Pfeiffer¹

1994

Springer-Lehrbuch

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Insulation, Electric

Kamm¹,

Schüller

2000

Ullmann's Encyclopedia of Industrial Chemistry

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The article contains sections titled: 1. Introduction 2. Properties and Testing Methods 2.1. Resistance to Tracking 2.2. Volume Resistivity 2.3. Surface Resistivity 2.4. Relative Permittivity 2.5. Dielectric Dissipation Factor 2.6. Loss Index 2.7. Breakdown Voltage 2.8. Further Electrical Tests 2.9. Mechanical and Thermal Properties 3. Insulating Materials 3.1. Inorganic Insulating Materials 3.1.1. Insulating Materials Based on Natural Minerals 3.1.1.1. Mica and Related Products 3.1.1.2. Asbestos and Related Products 3.1.2. Synthetic Inorganic Insulating Materials 3.1.2.1. Porcelain 3.1.2.2. Steatite 3.1.2.3. Materials for Electrical Heat Engineering 3.1.2.4. Alumina Ceramics 3.1.2.5. Special Oxide Ceramics 3.1.2.6. Insulating Materials Containing Titanium Oxide and Titanates 3.1.2.7. Nonoxide Ceramics 3.1.2.8. Glass 3.2. Organic Insulating Materials 3.2.1. Thermoplasts 3.2.2. Thermosets 3.2.3. Elastomers 3.2.4. Polymer Processing 3.3. Liquid Insulating Materials 4. Selection of an Insulating Material

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