User contributions
8 January 2014
Application Tables and Guideline Data for Use of Electrical Contact Design
References
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Contact Spring Calculations
6.4.7 Contact Spring Calculations
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General Rules for Dimensioning of Contacts
6.4.6 General Rules for Dimensioning of Contacts
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Physical Effects in Sliding and Connector Contacts
6.4.5 Physical Effects in Sliding and Connector Contacts
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Switching Contacts
6.4.4 Switching Contacts
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Contact Physics – Formulas
6.4.2 Contact Physics – Formulas
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Contact Physics – Formulas
6.4.2 Contact Physics – Formulas
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Contact Physics – Formulas
6.4.2 Contact Physics – Formulas
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Contact Physics – Formulas
6.4.2 Contact Physics – Formulas
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Definition of Terms and Symbols
6.4.1 Definition of Terms and Symbols
Definition of Terms and Symbols
6.4.1 Definition of Terms and Symbols
Definition of Terms and Symbols
6.4.1 Definition of Terms and Symbols
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Application Tables and Guideline Data for Use of Electrical Contact Design
6.4 Formulas and Design Rules
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Application Tables and Guideline Data for Use of Electrical Contact Design
6.3 Design Technologies for Contacts
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Application Tables and Guideline Data for Use of Electrical Contact Design
6.2 Contact Materials and Design of Contact Components
-2
Application Tables and Guideline Data for Use of Electrical Contact Design
Notes:
High Electrical Loads
6.1.2 High Electrical Loads
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Low and Medium Electrical Loads
6.1.1 Low and Medium Electrical Loads
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Low and Medium Electrical Loads
6.1.1 Low and Medium Electrical Loads
-1
Low and Medium Electrical Loads
6.1.1 Low and Medium Electrical Loads
+6
Low and Medium Electrical Loads
6.1.1 Low and Medium Electrical Loads
Application Tables and Guideline Data for Use of Electrical Contact Design
6.1 Application Ranges for Switching Contacts
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Contact Carrier Materials
5.4.2 Stress Force Limitations
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Contact Carrier Materials
5.4 Thermostatic Bimetals
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Contact Carrier Materials
5.3 Triple-Layer Carrier Materials
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Contact Carrier Materials
5.4.1 Design Formulas
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Contact Carrier Materials
5.2 Nickel and Nickel Alloys
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Application Properties for the Selection of Copper Alloys
5.1.7.5 Relaxation Behavior
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Application Properties for the Selection of Copper Alloys
5.1.7.4 Softening Behavior
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Application Properties for the Selection of Copper Alloys
5.1.7.3 Bendability
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Application Properties for the Selection of Copper Alloys
5.1.7.2 Fatigue Strength
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Application Properties for the Selection of Copper Alloys
5.1.7.1 Spring Bending Limit
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Precipitation Hardening Copper Alloys
5.1.6.2 Other Precipitation Hardening Copper Alloys
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Precipitation Hardening Copper Alloys
5.1.6.1 Copper-Beryllium Alloys (Beryllium Bronze)
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Other Naturally Hard Copper Alloys
5.1.5.2 Copper-Nickel-Tin Alloys
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Other Naturally Hard Copper Alloys
5.1.5.1 Copper-Nickel Alloys
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Naturally Hard Copper Alloys
5.1.4.4 Copper-Silver-(Cadmium) Alloys (Silver Bronze)
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Naturally Hard Copper Alloys
5.1.4.3 Copper-Nickel-Zinc Alloys (German Silver)
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Naturally Hard Copper Alloys
5.1.4.2 Copper-Tin Alloys (Tin Bronze)
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Naturally Hard Copper Alloys
5.1.4.1 Copper-Zinc Alloys (Brasses)
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Contact Carrier Materials
5.1 Copper and Copper Alloys
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Stamped Contact Parts
Stamping Tools
+2
Stamped Contact Parts
Types of Stamped Parts
+2
Evaluation of Braze or Weld Joints
Selection of Attachment Methods
+3
Evaluation of Braze or Weld Joints
Welded Joints
+2
Evaluation of Braze or Weld Joints
Brazed Joints
+6
Attachment of Single Contact Parts
Percussion Welding
Attachment of Single Contact Parts
Horizontal Wire Welding
Attachment of Single Contact Parts
Vertical Wire Welding
Attachment of Single Contact Parts
Welding Processes
+20