King Epoxy Emblem Blog Post

  Tactile Vs. Non Tactile Membrane Switches Understanding the differences between tactile and non-tactile membrane switches can seem like a drag. Circuit boards typically rely on membrane switches to turn parts of the device off and on. There are two main membrane switches in use today on printed circuit boards. One is referred to as

King Epoxy Emblem Technology Partners (KTP), a leading provider of user interface and decorative solutions, is currently seeking qualified sales representatives for our Pomona, California location.  With over fifty years of industry experience providing everything from single components, complex plastic injection molding labels, and complete turn-key assemblies;  we are a technical resource, supporting our customers manufacturing

KTP King Epoxy Emblem exhibited at the Del Mar Electronics Show in San Diego, CA on May 3 and May 4, 2017. Thank you for stopping by our booth! KTP King Epoxy Emblem is your leading provider of user interface solutions and decorative solutions for your electromechanical requirements. Products featured during the show included membrane switches, capacitive

The most economical and reliable design is the non-tactile membrane switch. Non- tactile membrane switch is flat and has no tactile feedback.  However, this design relies on other methods of identifying a feedback or that a connection is made. These include indicator LEDs (visual), LCD screen (visual), or a sound(audible). In other words, an LED

    Features and Benefits of Membrane Switches Membrane switches are a proven technology for keypad interface and have been around for many years. It has many advantages that makes it a popular choice for many applications. The following are some of the features and benefits of membrane switches: It is thin and flexible, and

Designing Capacitive Touch Keypad Capacitive touch  keypad uses the same materials as the standard resistive membrane switch, but with fewer stacked layers and an overall simplier construction. For instance, instead of having 2 conducting layers seperated by an adhesive spacer, the capacitive keypad utilizes the finger touch as one parallel plate and a printed conductor sensor as