Abstract:
The magnetic characteristics of medium carbon steels were examined to determine whether these steels can be used as core materials for magnetic latching wire spring relay...Show MoreMetadata
Abstract:
The magnetic characteristics of medium carbon steels were examined to determine whether these steels can be used as core materials for magnetic latching wire spring relays. The analysis of the data show that steels with a carbon content ranging from 0.35 per cent to 0.50 per cent, heat treated to a Rockwell hardness ranging from 30 to 45 points on the “C” scale, are satisfactory core materials. The analysis further shows that the relays are latched more securely if the carbon content of the steel used for the core is high, and that the hardness in the above-mentioned range has very little effect on the latching characteristics.
Published in: The Bell System Technical Journal ( Volume: 44, Issue: 6, July-August 1965)
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- Index Terms
- Core Material ,
- Wire Spring ,
- Magnetic Characteristics ,
- Carbon Steel ,
- Random Noise ,
- Range Of Scales ,
- Mechanical Loading ,
- Electromagnetic ,
- Current Pulse ,
- Air Gap ,
- Magnetic State ,
- Electrical Noise ,
- Inductance Value ,
- Increase In Hardness ,
- Curve Equation ,
- Induced Dipole ,
- Coercive Force ,
- Linear Section ,
- Magnetic Circuit ,
- Types Of Steel ,
- Steel Grade ,
- Advanced High-strength Steels ,
- Leakage Flux ,
- Magnetic Part ,
- Magnetic Materials
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- Index Terms
- Core Material ,
- Wire Spring ,
- Magnetic Characteristics ,
- Carbon Steel ,
- Random Noise ,
- Range Of Scales ,
- Mechanical Loading ,
- Electromagnetic ,
- Current Pulse ,
- Air Gap ,
- Magnetic State ,
- Electrical Noise ,
- Inductance Value ,
- Increase In Hardness ,
- Curve Equation ,
- Induced Dipole ,
- Coercive Force ,
- Linear Section ,
- Magnetic Circuit ,
- Types Of Steel ,
- Steel Grade ,
- Advanced High-strength Steels ,
- Leakage Flux ,
- Magnetic Part ,
- Magnetic Materials