Mill-Max Solder Cup Spring Loaded Connectors
Mill-Max Solder Cup Spring Loaded Connectors (SLCs) include single row headers, double row headers, and a spring pin with a current rating of 2A (continuous use). These SLCs provide a 1.14mm mid-stroke with a 2.29mm maximum stroke. The longer stroke compensates for tolerance stack-ups in assemblies and provides greater flexibility for unpredictable motion due to shock and vibration. The SLCs feature 0947-0-15-20-77-14-11-0 spring-loaded pins with solder cups and each pin in the connector provides a 60g mid-stroke force. These solder cups are sized to accommodate up to a 22AWG wire. These SLCs are an interfacing solution for discrete wire-to-board, cable-to-board, or cable-to-cable applications.Features
- Modular contacts for use on a 0.100” grid
- Supplied in single and double-row contact strips
- Low resistance, high current contacts rated at 2A continuous, 3A peak
- Great flexibility
- High-retention force
- Uniform orientation of the solder cups
- High conductivity
- Corrosion-resistant
- High-durability
- High-temperature thermoplastic insulators
- Pistons have a 0.045” mid. stroke and a 0.090” maximum stroke
- Gold-plated components provide optimal electrical and mechanical performance
- RoHS compliant
Applications
- Electronic interconnects
- Discrete wire-to-board, cable-to-board, or cable-to-cable applications
- Battery or device charging
- Cable termination
- Test points
Specifications
- Materials
- Machined copper alloy contact piston and base, 20μ” gold over 100μ” nickel plating
- Beryllium copper-plated 10μ” gold spring
- UL 94V-0, high-temperature thermoplastic insulator
- Mechanical
- Spring force
- 25g at an initial height
- 60g at mid-stroke (0.045")
- Up to 1,000,000 cycle durability
- Spring force
- Electrical
- 100VRMS/150VDC rating
- Current rating per contact
- 2A continuous
- 3A peak
- 20mΩ maximum contact resistance
- 10,000MΩ minimum insulation resistance
- 700VRMS minimum dielectric strength
- 1pF maximum capacitance
Header Types
Solder Cup Mates
Veröffentlichungsdatum: 2017-03-31
| Aktualisiert: 2022-06-22
