Des: 6*6 SMD tactile switch with bracket tact switch 4 pin SMT 90 degree
Part No: TS-1102SH
Specification:
Rating: 50mA, DC 12V
Travel: 0.2±0.10mm
Operating force: 180gf/260gf
Operating Life: 50,000/100,000 Cycles
Packaging: Reel/Bag
- Home
- Products
- Tactile Switches
- 6*6 SMD tactile switch with bracket
6*6 SMD tactile switch with bracket
Featured Content
What’s The difference between tactile switches and push button switches ?
August 5, 2025
A Tactile Switches is a momentary-contact electronic component that rapidly closes or opens a circuit when minimal operating force (typically 1-5N) is applied. Upon pressure release, its internal metal dome automatically resets to break the connection13. Core characteristics include: Key Structural Components: plaintextCopy CodeTerminal Pins → Electrical contacts Base → Structural support Metal Dome → Conductive element (copper/silver alloy) Button → Transmits external force Cover → Dust/contaminant shield The comparison between tactile switches and push button switches, maintaining technical accuracy and structural clarity: I. Core Operational Principles II. Structural & Performance Comparison
DisplayPort Interface: An Efficient Transmission Standard In The Field Of Digital Display
February 8, 2025
The DP interface, or DisplayPort interface, is a digital video interface standard developed by the PC and Chip Manufacturers Alliance and standardized by the Video Electronics Standards Association (VESA) in 2006. This DisplayPort interface is designed to meet the growing demand for high-resolution, high-bandwidth video transmission, gradually replacing traditional VGA, DVI and HDMI interfaces. The following is a detailed introduction to the DisplayPort interface: Exploring the Features of the DisplayPort Interface The DisplayPort interface is becoming increasingly popular due to its versatility and efficiency in digital display technology. Furthermore, the
What Are the categories of USB Type-C connectors? 4 types you may need to know as a professional engineer
May 28, 2025
Since its release in 2014, USB Type-C connectors have become a universal interface standard for consumer electronics, industrial equipment, and in-vehicle systems with features such as full-duplex high-speed transmission, bidirectional power supply (PD 3.1 240W), and multi-function integration (DP/HDMI Alt Mode). According to the statistics of the USB-IF Association, the global shipment of USB-C-equipped devices will exceed 5 billion units in 2023, with a penetration rate of 89%. However, the USB-C connector is not a “monolith”. Its performance and structure are highly differentiated due to differences in application scenarios, industry