The SD04H1SBR is a tactile switch manufactured by C&K Components. These switches provide tactile feedback to the user when pressed, indicating successful actuation. They are commonly used for momentary contact applications where a distinct tactile response is desired.
Applications:
- Consumer electronics (e.g., remote controls, mobile phones)
- Industrial control panels
- Medical devices
- Instrumentation equipment
- Automotive dashboards
- Gaming controllers
- Computer peripherals
Features:
- Tactile feedback: Provides a distinct 'click' or sensation when pressed.
- Momentary action: The switch returns to its normally open (or closed) position when released.
- Surface mount design: Allows for automated assembly and compact board layouts.
- Compact size: Suitable for space-constrained applications.
- RoHS compliant: Meets environmental regulations regarding hazardous substances.
Benefits:
- Improved user experience: Tactile feedback provides confirmation of switch actuation.
- Simplified assembly: Surface mount design is compatible with automated manufacturing processes.
- Space-saving design: Enables higher component density on printed circuit boards.
- Reliable operation: Designed for a long operational life with consistent performance.
- Environmentally friendly: RoHS compliance ensures minimal environmental impact.
Additional Details:
The SD04H1SBR tactile switch is a reliable and versatile component for various electronic applications. Its tactile feedback, compact size, and surface mount design make it a popular choice for designers. Key parameters to consider when incorporating this switch into a design include the operating force, travel, and contact resistance. Refer to the product datasheet for detailed electrical and mechanical specifications. The switch's construction provides durability and consistent performance. Its use simplifies the manufacturing process and enhances the user experience in a wide range of products. The switch is designed to provide reliable and consistent performance over a specified number of cycles.
