terminals Archives - Raspberry PI Projects

NEW EPC-T4286 EMBEDDED PC FEATURES HIGHLY-FUNCTIONAL SMALL FORM-FACTOR DESIGN

Advantech Launches Compact EPC-T4286 Embedded PC for Self-Service Terminals. Advantech, a leading provider of industrial system solutions, is proud to release EPC-T4286, an embedded computer designed for self-service applications. As the newest member of Advantech’s EPC-T series, this embedded computer features a highly-functional small form-factor design. Powered by a 9th Gen. Intel® CPU platform, EPC-T4286 combines high computing […]

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USB-PD STAND-ALONE ADAPTER BOARD FROM OXPLOT

Modern devices are quickly switching to USB-C power adapters, gradually fading out USB-A, and USB-B adapters. USB’s Power Delivery (USB-PD) protocol enables the supplies to be flexible enough to handle charging (or powering) devices ranging from mobile phones to laptops. There are many high quality 90-100 Watt USB-C power adapters available. But unfortunately, there are many devices that

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MINIATURE VERTICAL SIDE-ACTUATED DETECTION SWITCHES IDEAL FOR SAFETY APPLICATIONS

C&K’s FDSD and FDSE series are micro-mini, side-actuated detection switches suitable for applications which require vertical side detection. They are particularly useful for safety control applications, and for medical and consumer devices. An example of the use of these switches is in inhalers, where they detect the presence of a cartridge, activating the drug delivery process and confirming

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Researches Solve Problems of Organic Thin Film Transistors By Developing Nanostructured Gate Dielectric

Amorphous silicon-based Thin-film transistors (TFTs) are the foundation of many modern-day technologies, such as smartphones and flat-panel TVs. Still, it comes with a few drawbacks like performance limitations due to limited carrier mobility. Provoking the researchers in search of something better. As a result, Organic thin-film transistors (OTFTs) were developed. OTFTs have solved the problem with carrier mobility to

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Latching Relay Module

In electronics, a device is said to be a latching device if it maintains any particular fixed state even after removal of the input signal. The same also applies for electronic/electromechanical relays. Basically the electromechanical relays that are used today are of two types: 1. Non-Latching Relay : These relays are most widely used where

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