CM5S1030
CM5S1030 is Molded Ultra-Mini DYAD manufactured by Clare.
Features
- Small size
- SMT-patible
- Easily formed leads
- Sputtered ruthenium contacts
- Hermetically sealed contacts
- Fast switching speed
- up to 500Hz
- Wide range of available magnetic sensitivities
- Superior mechanical strength
- Enhanced for better auto placement Applications
- Security
- Proximity sensing
- Smoke alarms
- Automotive
- Level sensor
- Lamp current sensor
- Relays
Description
Clare’s Molded Ultra-Mini DYADTM is well suited for small, signal switching applications. The small size lends itself to surface mountable applications; working well on higher density PC boards. The Molded Ultra-Mini DYADTM has sputtered ruthenium contacts and an extraordinary seal strength achieved by a patented laser sealing of the leads. In low level or dry switching environments, switches typically exceed 1 billion operations. In addition, the molding process provides a solid plastic outer shell. This plastic shell provides superior mechanical strength, eliminates concerns over handling glass switches, and provides an ideal solution for high speed, automated assembly environments. Ordering Information A plete part number is represented by the digits to the right. For example, CM5S1030 is a MOLDED ULTRAMINI DYAD™ with a minimum operate value of 10NI and a maximum of 30NI. Refer to the switch operating specification charts for available ranges. Special ranges are available upon request.
CM5 S XX XX
"S" for straight switch Maximum operate value Minimum operate value
Standard Test Coil
The magnetic force (expressed in NI, AT or Ampere Turns) required to cause the reed switch contacts to close is called the pull-in or operate value.
CM5
Part # Coil Definition Coil Resistance Number of Turns Wire Size Bobbin Diameter (inside cell) Winding Length Coil-1 NARM1 CTC01 1200Ω 5,000 0.0399mm (AWG 46) 3.96mm 10.4mm
Surface Mount Molded Ultra-Mini DYAD Refer to operating characteristics table for plete part number.
Molded Ultra-Mini DYAD™ Part #
CM5S1015 CM5S1020 CM5S1030...