As a leading electromechanical switches manufacturer, we mainly supply tactile switches, slide switches, push button switches, USB connectors and DisplayPort connectors

Product Categories

All kinds of Electromechanical switches and other Electronic Components for your choice. Reliable, Responsive Switching Solutions for Your Designs

4.5mm Tact switch dip 4 pin 4.5x4.5 高品质轻触开关4.5*4.5 DI0P 4脚插板按键开关 4.5x4.5耐温
Tactile Switches
12 pin slide switch 2p4t DIP right angle 14.7x6.9 四档拨动开关
Slide Switches
12V Detector switch dip 4 pin 4脚DIP检测开关
Detector Switches
push button switch 5.8X5.8 平头立贴按键开关
Push Button Switches
4 pin illuminated rocker light switch kcd 4
Rocker Switches
4 pin phone jack SMD right angle
Phone Jacks
dc power jack
DC Power Jacks
usb male connector 90° On board USB A公沉板
USB Connectors
mini displayport pcb connector
Displayport Connectors

About Us

Vistar is a professional manufacturer of Electromechanical switches and USB connectors specializing in developing and producing electronic components and molds. We mainly supply tact switches, slide switches, detector switches, push switches, rocker switches, phone jacks, DC jacks, and USB connectors. Our products can be widely used in precision electronics, communications, auto electronics, and other related fields……

We will regularly update news about electromechanical switches and electronic components

dp 1.2 1.4 2.0

DisplayPort Connector: The Unseen Engine of Modern Digital Displays

In the realm of digital connectivity, where high-resolution displays and immersive multimedia experiences are paramount, the DisplayPort connector (DP connector) stands as a critical innovation. Developed by the Video Electronics Standards Association (VESA), DisplayPort was introduced in 2006 with a clear mission: to supersede older interfaces like VGA and DVI and provide a robust, scalable solution for digital audio and video transmission. Unlike proprietary standards, DisplayPort is an open and royalty-free specification, which has significantly accelerated its adoption across the

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Tactile Switches

Tactile Switches Malfunction in Moisture? A Comprehensive Protection Guide from Principles to Solutions

In today’s world of ubiquitous electronic devices, tactile switches, as core components for user interaction, are found everywhere from home remote controls and smart doorbells to industrial control panels. However, a common yet perplexing problem is that these normally responsive switches may malfunction, become unresponsive, or even cause complete device failure after damp weather or accidental spills. This article will explore the mechanisms by which moisture damages tactile switches and offer a comprehensive solution, ranging from emergency treatment to design-based

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tactile switches

Why do some tactile switches have 4 terminals? Unlocking the Secret

The Four-Terminal Enigma: A Deep Dive into the Design of Tactile Switches In the intricate world of mechanical keyboards and electronic controls, the humble tactile switch is a fundamental component. To the casual observer, its function seems simple: press down to complete a circuit. However, a closer inspection reveals a curious design choice: while many basic switches have only two terminals, a significant number, especially those designed for printed circuit board (PCB) mounting, feature four. This apparent redundancy is not

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