Switches and smart card interconnection devices maker C&K Components has designed a rugged smart card connector with a built-in card detection switch for machine-to-machine applications.
Built to be durable, the CCM03 and CCM04 portfolio of products include harsh environment connectors that meet IEC 512 certification and are resistant to shock, vibration, humidity and extreme temperatures. They are ideal for asset tracking, automotive e-call and tracking, signage, metering, vending machine, security and remote monitoring applications.
Depending on the type, the CCM03 Series features an insulated normally open (NO) card detection switch or increased contact forces for maximum vibration resistance. Both series are available with standard gold plated contacts or with specific inlay alloy for increased wear and corrosion resistance.
The smart card connectors feature an advanced contact system that optimises electrical performance, flexibility and reliability, while minimising the electrical contact resistance and overall cost. The CCM03 and CCM04 Series smart card connectors feature six or eight contacts and a mechanical life of 10,000 to 50,000 cycles, depending on the type. ‘Machine-to-machine devices are often subjected to harsh environmental conditions, including high temperatures, vibration, dust, moisture and other contaminants,’ said Jean- Michel Bourin, business development manager at C&K Components.
‘The CCM03 and CCM04 Series smart card connectors provide the ruggedness and reliability required for such applications while offering high density contact and maximising performance.’ The CCM03 provides a maximum card insertion force of 3N for fixed cover and 1N for hinged cover with a contact force ranging from 0.25N to 0.50N. The CCM04 Series has a 10N maximum insertion force and a contact force ranging from 0.4N to 0.7N. The smart card connectors are RoHs compliant and feature high-temperature thermoplastics. The connectors are compatible with automatic pick-and-place equipment and the lead-free SMT reflow soldering process.<%$Linker:2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal <span class="mouselink">www.ck-components.com</span> Visit www.ck-components.com website false http://www.ck-components.com/ false false %>
Built to be durable, the CCM03 and CCM04 portfolio of products include harsh environment connectors that meet IEC 512 certification and are resistant to shock, vibration, humidity and extreme temperatures. They are ideal for asset tracking, automotive e-call and tracking, signage, metering, vending machine, security and remote monitoring applications.
Depending on the type, the CCM03 Series features an insulated normally open (NO) card detection switch or increased contact forces for maximum vibration resistance. Both series are available with standard gold plated contacts or with specific inlay alloy for increased wear and corrosion resistance.
The smart card connectors feature an advanced contact system that optimises electrical performance, flexibility and reliability, while minimising the electrical contact resistance and overall cost. The CCM03 and CCM04 Series smart card connectors feature six or eight contacts and a mechanical life of 10,000 to 50,000 cycles, depending on the type. ‘Machine-to-machine devices are often subjected to harsh environmental conditions, including high temperatures, vibration, dust, moisture and other contaminants,’ said Jean- Michel Bourin, business development manager at C&K Components.
‘The CCM03 and CCM04 Series smart card connectors provide the ruggedness and reliability required for such applications while offering high density contact and maximising performance.’ The CCM03 provides a maximum card insertion force of 3N for fixed cover and 1N for hinged cover with a contact force ranging from 0.25N to 0.50N. The CCM04 Series has a 10N maximum insertion force and a contact force ranging from 0.4N to 0.7N. The smart card connectors are RoHs compliant and feature high-temperature thermoplastics. The connectors are compatible with automatic pick-and-place equipment and the lead-free SMT reflow soldering process.<%$Linker:
