Littelfuse, Inc., a global industrial technology manufacturer, has introduced the C&K Switches KSC2 KSC Dual Circuit Technology (DCT) Series Tactile Switches, designed to meet the evolving demands of compact, high-performance applications — including electric vehicle (EV) charging stations.
The new KSC2 DCT features a reduced 3.5 mm actuator height, offering a lower profile than the KSC4 DCT while maintaining single-pole double-throw (SPDT) functionality and an Electrical Height specification for precise integration.
In EV charging infrastructure, reliability and responsiveness are critical. The KSC2 DCT’s shorter actuator travel allows faster response times, essential for high-speed input recognition in charging station control panels and power management systems.
With its IP67-rated sealing and SPDT configuration, the switch ensures durability in demanding environments where space-saving design and advanced functionality are key.
The switch’s compact profile enables seamless integration into space-constrained designs, supporting applications such as touch-sensitive control panels in EV charging units. Its Dual Circuit Technology (DCT) enhances system reliability by generating two independent output signals, providing:
- Active failure detection: Prevents unintended actions by verifying logic before execution, improving safety in EV charging control systems
- Complex control schemes: Enables logic-based automation for efficient energy distribution and user interaction
- Simplified circuit design: Reduces component count and wiring complexity, streamlining development and lowering costs
The KSC2 DCT’s precise Electrical Height specification minimizes tolerance errors, ensuring reliable actuation in EV charging equipment, automotive interfaces, and industrial automation. This enhanced accuracy simplifies integration and accelerates design processes for engineers.
With its compact 6.2 x 6.2 mm footprint and optimized actuator height, the KSC2 DCT provides a robust, space-efficient solution for modern applications, including transportation, industrial automation, medical devices, and EV charging stations.
Filed Under: Charging, Technology News